Exponential in a sentence

(1) The exponential function is denoted as e^x.

(2) The growth of humanity has been exponential.

(3) Technology is advancing at an exponential rate.

(4) The multiplied amounts showed exponential growth.

(5) Antilog is also known as the exponential function.

(6) The base number of this exponential function is e.

(7) The base number for this exponential function is 3.

(8) The extent of the company's growth was exponential.

(9) The rate of inflation followed an exponential curve.

(10) Logarithm is closely related to exponential functions.

Exponential sentence

(11) The summands in this equation are exponential numbers.

(12) The growth of the virus followed an exponential curve.

(13) The growth industry is experiencing exponential growth.

(14) The data points on the graph form an exponential curve.

(15) The multiplied quantities displayed exponential growth.

(16) The potential for growth in this sector is exponential.

(17) The scale of the company's growth has been exponential.

(18) The exponential equation can be solved using logarithms.

(19) The graph of the exponential function has no asymptotes.

(20) The population of the city grew at an exponential curve.

Exponential make sentence

(21) The demand for the product rose on an exponential curve.

(22) The rate of deforestation followed an exponential curve.

(23) I struggled with graphing exponential functions at first.

(24) The loge function is used to solve exponential equations.

(25) The reciprocal of a logarithm is an exponential function.

(26) The rate of sea level rise followed an exponential curve.

(27) Licencing is the ultimate strategy for exponential growth!

(28) I'm not sure how to cube off of this exponential equation.

(29) The technology industry is growing at an exponential rate.

(30) I used the doubler function to simulate exponential growth.

Sentence of exponential

(31) Antilog is a useful tool for solving exponential equations.

(32) The company's profits increased along an exponential curve.

(33) The squared array is a representation of exponential growth.

(34) Exponentiating a round value can lead to exponential growth.

(35) The growth of ecommerce has been exponential in recent years.

(36) The loge function is the inverse of the exponential function.

(37) The exponential function has a horizontal asymptote at y = 5.

(38) The exponential function has a horizontal asymptote at y = 2.

(39) Antilog is a powerful tool for solving exponential equations.

(40) The adoption of e-commerce has followed an exponential curve.

Exponential meaningful sentence

(41) The rate of species extinction followed an exponential curve.

(42) The Fibonacci series exhibits a pattern of exponential growth.

(43) The parabolic curve on the graph indicated exponential growth.

(44) The exponential function is a fundamental concept in calculus.

(45) The curve graph illustrates the exponential growth of a virus.

(46) The exponential equation is a fundamental concept in calculus.

(47) The value of the stock market rose along an exponential curve.

(48) The exponential curve highlights the growth of the gig economy.

(49) Remove from the equation and simplify the exponential function.

(50) The exponential equation y = 2^x represents exponential growth.

Exponential sentence examples

(51) The inverse function of a logarithm is an exponential function.

(52) Thomas Malthus believed that population growth was exponential.

(53) The semilog graph showed a clear exponential trend in the data.

(54) You can factorize below to simplify the exponential expression.

(55) Factorize out the exponent to simplify exponential expressions.

(56) The number of COVID-19 cases increased on an exponential curve.

(57) The amount of data generated increased on an exponential curve.

(58) The spread of misinformation increased on an exponential curve.

(59) The hyperbolic curve on the graph represents exponential growth.

(60) The Fibonacci sequence exhibits a pattern of exponential growth.

Sentence with exponential

(61) The 'doublings' array is a representation of exponential growth.

(62) Autocatalysis can lead to exponential growth in certain systems.

(63) Remember to multiply out the terms in this exponential equation.

(64) The exponential curve will exponentiate down towards the x-axis.

(65) Factorize onto the exponential expression to solve the equation.

(66) The growth of the gig economy has followed an exponential curve.

(67) The rise of mobile technology has followed an exponential curve.

(68) The exponential curve signifies the growth of the global economy.

(69) The codomain of a function can be a set of exponential functions.

(70) The loglog scale on the graph helps visualize exponential growth.

Use exponential in a sentence

(71) The natural logarithm is the inverse of the exponential function.

(72) Factorizing through will help us solve this exponential equation.

(73) The potential for growth in the technology sector is exponential.

(74) The loglog plot clearly shows the exponential growth of the data.

(75) The popularity of social media has grown on an exponential curve.

(76) The growth of online education has followed an exponential curve.

(77) The technology sector is predicted to grow at an exponential rate.

(78) The exponential curve depicts the rise in social media engagement.

(79) The exponential curve highlights the increase in healthcare costs.

(80) The company's profits have been increasing at an exponential rate.

Sentence using exponential

(81) Viral marketing can lead to exponential growth in website traffic.

(82) The growth of exponentials can be described as exponential growth.

(83) The CEO boasted boastingly about the company's exponential growth.

(84) The exponential of a pure quaternion yields a rotation quaternion.

(85) The superscript E represents the exponential function in calculus.

(86) Factorize beside the exponent to simplify exponential expressions.

(87) A population can experience exponential decline as well as growth.

(88) The rise of online marketplaces has followed an exponential curve.

(89) Exponentiation is a powerful tool in solving exponential equations.

(90) Nonlinear equations can have exponential growth or decay solutions.

Exponential example sentence

(91) The natural logarithm is often used to solve exponential equations.

(92) The concept of antilogarithm is essential in exponential functions.

(93) Our company's vested innovation has resulted in exponential growth.

(94) The logarithmic function is the inverse of an exponential function.

(95) Calculating the antilogarithm requires using exponential functions.

(96) The current through a diode is exponential with respect to voltage.

(97) We can factorize in the exponent to solve this exponential equation.

(98) Understanding exponents is crucial in solving exponential equations.

(99) The exponential curve represents the growth pattern of a population.

(100) The logarithmic function is the inverse of the exponential function.

Sentence with word exponential

(101) Exponentiation is a key concept in understanding exponential growth.

(102) Online retailing has experienced exponential growth in recent years.

(103) Geometric progressions are closely related to exponential functions.

(104) The mathematics teacher explained the concept of exponential growth.

(105) The hyperboloidal curve of the graph represented exponential growth.

(106) Antilogs are important in the study of exponential growth and decay.

(107) Many investors are seeking exponential returns on their investments.

(108) The increase in global population has followed an exponential curve.

(109) The growth of the gaming industry has followed an exponential curve.

(110) The adoption of electric vehicles has followed an exponential curve.

Sentence of exponential

(111) The increase in the use of drones has followed an exponential curve.

(112) The growth of the sharing economy has followed an exponential curve.

(113) The number of people using smartphones rose on an exponential curve.

(114) Exponents are used to solve problems involving exponential functions.

(115) The antilog function is essential in exponential growth calculations.

(116) The exponential curve indicates the rise in greenhouse gas emissions.

(117) The exponential curve shows the exponential growth of internet users.

(118) The crowdfunding industry continues to experience exponential growth.

(119) The computer industry has seen exponential growth with silicon chips.

(120) The company's plan for exponential growth seemed like pie in the sky.

Exponential used in a sentence

(121) Exponentiate to account for the exponential growth of the population.

(122) The exponential equation models the decay of a radioactive substance.

(123) The speed of technological advancement followed an exponential curve.

(124) The number of people using social media rose on an exponential curve.

(125) The rate of technological obsolescence followed an exponential curve.

(126) The exponential curve depicts the rise in global population over time.

(127) The exponential curve demonstrates the rise in the number of startups.

(128) The exponential function is used in chemistry to model reaction rates.

(129) The integrand is an exponential function that grows or decays rapidly.

(130) When dealing with exponential decay, exponentiate over the decay rate.

Exponential sentence in English

(131) The exponential equation is used in statistics to analyze data trends.

(132) The Fibonacci sequence is a sequence that exhibits exponential growth.

(133) The nonlinear equation in this problem involves exponential functions.

(134) The market for plant-based packaged goods has seen exponential growth.

(135) The autocatalytic nature of the reaction allows for exponential growth.

(136) The stock market experienced exponential growth during the bull market.

(137) The superposition of qubits allows for exponential computational power.

(138) The compound growth rate of the technology sector has been exponential.

(139) The exponential curve shows the surge in demand for streaming services.

(140) Exponentiation is used in physics to model exponential growth or decay.

(141) The exponential growth of data is pushing us towards the zettabyte era.

(142) The economic growth rate in the technology sector has been exponential.

(143) The exponential equation is used in economics to analyze market trends.

(144) An exponential equation shows how a variable changes rapidly over time.

(145) The antilogarithmic function is also known as the exponential function.

(146) The rise of renewable energy sources has followed an exponential curve.

(147) Exponential growth is a concept often used in mathematics and economics.

(148) The exponential curve signifies the increase in average life expectancy.

(149) The derivate of an exponential function is equal to the function itself.

(150) The solution to an exponential equation may not always be a real number.

(151) Exponential equations can be solved numerically using iterative methods.

(152) The exponential function is frequently encountered in physics equations.

(153) The eigenfunction of the given matrix is a complex exponential function.

(154) The graph of an exponential function is always increasing or decreasing.

(155) When dealing with exponential growth, exponentiate over the growth rate.

(156) Exponentiate to account for the exponential rise in global temperatures.

(157) Exponentiating a round value can be used to model exponential functions.

(158) The exponential equation is used in psychology to study learning curves.

(159) The exponential equation is used in geology to study radioactive dating.

(160) The Fibonacci sequence is a non-linear sequence with exponential growth.

(161) Exponentiate onto of the given value to find the exponential decay rate.

(162) The increase in data storage capacity has followed an exponential curve.

(163) The rise of online streaming services has followed an exponential curve.

(164) The number of electric cars on the road rose along an exponential curve.

(165) The exponential of a complex number is obtained by using Euler's formula.

(166) Logarithm is a mathematical function used to solve exponential equations.

(167) The exponential curve indicates the surge in demand for renewable energy.

(168) The exponential curve reveals the rapid increase in smartphone ownership.

(169) The exponential function is characterized by its constant rate of change.

(170) The 'doublings' array is used to generate a series of exponential values.

(171) The semilog graph clearly shows the exponential growth of the population.

(172) We can quantize into logarithmic intervals for exponential data patterns.

(173) Matrix multiplication is used in calculating the exponential of a matrix.

(174) Exponentiate onto of the given value to find the exponential growth rate.

(175) She practices forgiveness, and her spiritual growth has been exponential.

(176) The process of exponentiation can be used to solve exponential equations.

(177) Exponent out the natural logarithm to simplify this exponential equation.

(178) Logarithms are mathematical functions used to solve exponential equations.

(179) The exponential curve shows how quickly the virus spread in the community.

(180) The exponential curve displays the growth of social media users worldwide.

(181) The logarithmic function is used in physics to describe exponential decay.

(182) The exponential function is a key component in the field of data analysis.

(183) The radioactive decay of a substance follows an exponential decay pattern.

(184) The spread of a contagious disease can be modeled using exponential decay.

(185) The study of antilogarithms is essential in solving exponential equations.

(186) Exponentiating a round value can help in understanding exponential growth.

(187) In finance, exponential equations are used to calculate compound interest.

(188) The exponential equation is used in meteorology to model weather patterns.

(189) The exponential equation is used in chemistry to calculate reaction rates.

(190) The exponential equation is used in genetics to study population genetics.

(191) The Fibonacci series exhibits a fascinating pattern of exponential growth.

(192) The graph of the exponential function has a horizontal asymptote at y = 0.

(193) The graph of the exponential function has a horizontal asymptote at y = 1.

(194) The scientist explained how to exponentiate onto of a complex exponential.

(195) The impulse response of the filter was found to be a decaying exponential.

(196) The entrepreneur's impressive business strategy led to exponential growth.

(197) The spread of the coronavirus is showing exponential growth in some areas.

(198) The amount of renewable energy produced increased on an exponential curve.

(199) The technology industry is known for its exponential growth and innovation.

(200) The Fibonacci sequence is an example of a sequence with exponential growth.

(201) Exponents are used to solve problems involving exponential growth or decay.

(202) The exponential curve highlights the expansion of renewable energy sources.

(203) The nuclide's radioactive decay can be modeled using exponential functions.

(204) The eigenfunction of a Fourier transform is a complex exponential function.

(205) The hodograph of an exponential function is an exponential function itself.

(206) Exponentiate to account for the exponential increase in energy consumption.

(207) In order to solve the exponential equation, exponentiate over the variable.

(208) The solution to the exponential equation lies in the positive real numbers.

(209) The exponential equation is used in computer science to analyze algorithms.

(210) The rate of technological advancement is increasing at an exponential rate.

(211) The growth of technology has followed an exponential curve in recent years.

(212) The spread of COVID-19 has followed an exponential curve in many countries.

(213) The development of blockchain technology has followed an exponential curve.

(214) The textbook provided a proof of the convexity of the exponential function.

(215) The amount of plastic waste generated increased along an exponential curve.

(216) The exponential curve showcases the expansion of online education platforms.

(217) The unary operator can be used to convert a number to its exponential value.

(218) Exponential equations can be solved algebraically by isolating the variable.

(219) The exponential function is used to model the spread of infectious diseases.

(220) The effectiveness of a drug may diminish over time due to exponential decay.

(221) It's crucial to exponentiate off the correct power in exponential functions.

(222) Exponentiate to account for the exponential decay of radioactive substances.

(223) The diagonalisation process can be used to find the exponential of a matrix.

(224) Exponentiating a round value can be used to calculate exponential functions.

(225) The derivate of the exponential function was an exponential function itself.

(226) The company's new CEO had ambitious plans to attain upon exponential growth.

(227) Exponentiate onto of the base to find the value of the exponential function.

(228) Some businesses experience exponential revenue growth in their early stages.

(229) The rate of global deforestation has been increasing at an exponential rate.

(230) The amount of greenhouse gases emitted increased along an exponential curve.

(231) Exponentiation is a powerful tool for modeling exponential growth and decay.

(232) The growth of digital content has led to an exponential increase in exabytes.

(233) The exponential curve depicts the rise in global temperatures over the years.

(234) The loglog plot clearly illustrates the exponential growth of the population.

(235) The concept of a yottabyte highlights the exponential growth of digital data.

(236) Algebraic equations can be solved using logarithms and exponential functions.

(237) Antilogarithms are fundamental in understanding exponential growth and decay.

(238) To solve the exponential equation, we need to find the value of the variable.

(239) The derivate of the exponential growth function was the same function itself.

(240) The researcher discovered a quadratic beneath the exponential growth pattern.

(241) The development of artificial intelligence has followed an exponential curve.

(242) We can factorize in the exponent laws to simplify this exponential expression.

(243) The company's profits have been steadily increasing due to exponential growth.

(244) The exponential curve represents the acceleration of technological innovation.

(245) Exponential equations can be used to predict future values based on past data.

(246) The populational growth in the city has been exponential over the past decade.

(247) He postulates that technology will continue to advance at an exponential rate.

(248) The unary function can be used to calculate the exponential value of a number.

(249) Antilogarithms are particularly useful in exponential modeling and prediction.

(250) The process of finding antilogs is essential in solving exponential equations.

(251) Exponentiation can be used to solve equations involving exponential functions.

(252) Centuplication is often used in mathematics to demonstrate exponential growth.

(253) The antiderivative of an exponential function is another exponential function.

(254) Kurzweil's theories about exponential growth have gained widespread attention.

(255) The exponential pattern emerges when we exponentiate out from a central value.

(256) Exponentiating a round value can be used to analyze exponential data patterns.

(257) The operating income for the e-commerce sector experienced exponential growth.

(258) A compound growth rate can result in exponential increases in value over time.

(259) To find the value of x, you must exponentiate inside the exponential function.

(260) Algebraic equations can be solved using logarithmic and exponential functions.

(261) The invert of a logarithmic function can be found using exponential functions.

(262) The concept of compound interest relies on the principle of exponential growth.

(263) The exponential growth of the global middle class has fueled consumer spending.

(264) The time constant of an exponential growth model determines the rate of growth.

(265) The exponential curve indicates the acceleration of technological advancements.

(266) The exponential curve reveals the surge in online shopping during the pandemic.

(267) The population of the city experienced exponential growth over the past decade.

(268) The technology industry has witnessed exponential advancements in recent years.

(269) The rate of deforestation in the Amazon rainforest is alarming and exponential.

(270) The exponential increase in air pollution is a major concern for public health.

(271) An exponential equation is a mathematical expression that involves an exponent.

(272) Antilogarithms are essential in solving equations involving exponential growth.

(273) Antilogarithms are often used to calculate the values of exponential functions.

(274) The exponential equation is used in economics to model the growth of a company.

(275) The exponential equation is used in chemistry to describe the rate of reaction.

(276) The exponential equation is used in engineering to analyze electrical circuits.

(277) The exponential growth model requires you to exponentiate over the growth rate.

(278) The spread of misinformation on the internet has followed an exponential curve.

(279) The exponential curve demonstrates the spread of misinformation on the internet.

(280) The exponential curve reveals the growth of e-commerce sales in the past decade.

(281) The student used a graphing calculator to exponentiate the exponential function.

(282) The impact of climate change on the planet is becoming increasingly exponential.

(283) The exponential function is often used to describe population growth in biology.

(284) The exponential function is used in telecommunications for signal amplification.

(285) The semilog graph allows us to visualize the exponential decay of the substance.

(286) The annual growth of the technology sector has been exponential in recent years.

(287) Consider a hypothetic scenario where technology advances at an exponential rate.

(288) The quadratic function was plotted beside the exponential function on the graph.

(289) When dealing with probability, exponentiate inside the exponential distribution.

(290) The exponential equation is used in genetics to study the inheritance of traits.

(291) The boll weevil can reproduce rapidly, leading to exponential population growth.

(292) The graph of the exponential decay function has a horizontal asymptote at y = 0.

(293) A population experiencing exponential growth can quickly outstrip its resources.

(294) We need to exponentiate to account for the exponential growth of the population.

(295) The eigenfunctions of a Fourier transform are the complex exponential functions.

(296) The adoption of virtual and augmented reality has followed an exponential curve.

(297) The exponential growth of zettabytes is expected to continue in the coming years.

(298) The concept of exponential growth can be difficult to grasp for some individuals.

(299) The exponential growth of social media has revolutionized the way we communicate.

(300) The spread of a viral infection can exhibit exponential growth if left unchecked.

(301) The field of artificial intelligence has seen exponential growth in recent years.

(302) The complex type of this quantum computing algorithm enables exponential speedup.

(303) The exponential curve signifies the rise in obesity rates in developed countries.

(304) The exponential increase in plastic waste is causing severe environmental damage.

(305) The solution to an exponential equation can sometimes be a fraction or a decimal.

(306) Exponential equations can be solved using logarithms or by graphing the equation.

(307) The exponential function is closely related to the concept of exponential growth.

(308) The exponential function is used to describe the decay of radioactive substances.

(309) The exponential function is used in economics to model the growth of investments.

(310) The mathematician used a calculator to factorize inside the exponential equation.

(311) The solutions to quintics can sometimes be expressed using exponential functions.

(312) The concept of antilogarithms is closely related to exponential growth and decay.

(313) The integrand is an exponential function that grows or decays at a constant rate.

(314) The logarithmic scale is particularly effective in visualizing exponential decay.

(315) The value of a car depreciates over time, following an exponential decay pattern.

(316) The graph of the exponential decay function has a horizontal asymptote at y = -1.

(317) You can compute using different types of functions such as linear or exponential.

(318) The exponential curve showcases the adoption of electric vehicles in recent years.

(319) The exponential curve represents the increase in smartphone usage among teenagers.

(320) The exponential growth of social media platforms has revolutionized communication.

(321) The exponential advancements in medical technology have improved patient outcomes.

(322) The exponential function is commonly used in mathematics to model growth or decay.

(323) The decay of a decaying particle can be modeled using exponential decay functions.

(324) The exponential growth of data has made the petabyte a common unit of measurement.

(325) The radioactive substance exhibited exponential decay as its half-life approached.

(326) The company's plan for exponential growth was seen as pie in the sky by investors.

(327) The company's breakthrough across international markets led to exponential growth.

(328) Quadratic equations were briefly covered before focusing on exponential functions.

(329) Exponentiating a round value can be used to simulate exponential growth scenarios.

(330) The exponential equation is used in physics to describe the behavior of particles.

(331) It is important to exponentiate onto of the correct base in exponential functions.

(332) Remember to exponentiate onto of the base when working with exponential equations.

(333) The photoluminescence decay curve exhibited a characteristic exponential behavior.

(334) With the right conditions, a plant can exhibit exponential growth in a short time.

(335) The exponential growth of the human population poses challenges for sustainability.

(336) Dynamic programming can be used to solve problems with exponential time complexity.

(337) The exponential curve demonstrates the rapid increase in sales over the past month.

(338) The determinant of a matrix can be used to find the determinant of its exponential.

(339) Businesses that can achieve increasing returns often experience exponential growth.

(340) We witnessed the exponential growth that can be achieved through network marketing.

(341) The Malthusian theory posits that population growth follows an exponential pattern.

(342) The inverse function of a natural logarithm is an exponential function with base e.

(343) The volume of business in the e-commerce sector has experienced exponential growth.

(344) The exponential equation is used in finance to calculate future investment returns.

(345) The indefinite integral of an exponential function is equal to the function itself.

(346) The exponential growth of the global economy has led to increased wealth inequality.

(347) The exponential curve illustrates the compounding effect of interest on investments.

(348) The exponential growth of the global economy has led to increased income inequality.

(349) The exponential rise in global temperatures is a clear indication of climate change.

(350) The exponential growth of online gaming has created a multi-billion dollar industry.

(351) Exponential equations can be used to analyze investment growth or compound interest.

(352) The concept of extropy recognizes the potential for exponential growth and progress.

(353) Antilogs are particularly useful in analyzing exponential growth or decay phenomena.

(354) Antilogarithms are used to convert logarithmic equations into exponential equations.

(355) Antilogarithms are essential in understanding the behavior of exponential functions.

(356) The exponential equation is used in environmental science to model pollution levels.

(357) The hyperboloidal curve on the graph indicated exponential growth in the population.

(358) The multiplicative property of exponents can be used to solve exponential equations.

(359) Inverting exponential functions without a calculator can be tricky, but it's doable.

(360) Inverting exponential equations without a calculator is a fundamental skill in math.

(361) The exponential function is used in cryptography algorithms for secure communication.

(362) The exponential function is used in game theory to analyze strategic decision-making.

(363) The exponential function is used in geology to estimate the age of rocks and fossils.

(364) The decay of a radioactive isotope can be described by an exponential decay equation.

(365) The company launched a successful product and thereon experienced exponential growth.

(366) The characteristic curve of this population growth model displays exponential growth.

(367) The natural logarithm is a fundamental tool in exponential growth and decay problems.

(368) Kurzweil's theories about the exponential growth of technology have been influential.

(369) The company's strategic planning and execution allowed it to naru exponential growth.

(370) The company experienced exponential growth overnight off of their innovative product.

(371) We have witnessed exponential growth by promoting our business through word of mouth.

(372) Exponentiate to account for the exponential increase in the number of internet users.

(373) Exponentiate to account for the exponential rise in sea levels due to climate change.

(374) Exponentiate to account for the exponential rise in the number of social media users.

(375) The exponential equation is used in environmental science to model population growth.

(376) The exponential equation is used in astronomy to model the expansion of the universe.

(377) The exponential equation is used in medicine to model the decay of drugs in the body.

(378) The exponential equation is used in computer programming to simulate complex systems.

(379) The convergents of the exponential series were calculated to estimate the value of e.

(380) Exponential increases in carbon dioxide emissions are contributing to climate change.

(381) To solve the exponential equation, you need to multiply off the base from both sides.

(382) The exponential growth of e-commerce has disrupted traditional retail business models.

(383) The graph of the exponential function typically exhibits a rapid increase or decrease.

(384) The exponential function is used in signal processing to analyze time-varying signals.

(385) Antilogarithms are fundamental in understanding the behavior of exponential functions.

(386) Antilogarithms are used to solve problems involving exponential growth or decay rates.

(387) The logarithmic scale allows for a more accurate representation of exponential growth.

(388) The caseworm's ability to reproduce quickly can lead to exponential population growth.

(389) The teacher asked the students to exponentiate onto of the given exponential equation.

(390) The closed form of the geometric sequence can be expressed as an exponential function.

(391) The globalization of information has led to an exponential growth in global knowledge.

(392) The home market for home automation systems is expected to witness exponential growth.

(393) The antilog of a base e logarithm is calculated using the natural exponential function.

(394) The exponential function is often used in probability theory to model random processes.

(395) The exponential function is used in environmental science to model population dynamics.

(396) The exponential function is used in control systems engineering for stability analysis.

(397) The half-life of a radioactive substance is a measure of the rate of exponential decay.

(398) The first derivative of an exponential function is proportional to the function itself.

(399) Understanding antilogarithmic properties is essential in solving exponential equations.

(400) Antilogarithms are used to solve problems involving exponential growth or decay models.

(401) The exponential equation can be graphed as a curve that increases or decreases rapidly.

(402) The exponential equation is often used in epidemiology to model the spread of diseases.

(403) The exponential growth of data has led to the need for yottabyte-scale storage systems.

(404) The quadratic beside the exponential function was the key to finding the maximum value.

(405) The model needs to be exponentiated to account for the exponential growth of the virus.

(406) The benefits of compound interest can result in exponential growth of wealth over time.

(407) Some computer algorithms rely on exponential calculations to improve accuracy or speed.

(408) The exponential growth of zettabytes is posing challenges for data privacy and security.

(409) The logarithmic function is commonly used in mathematics to solve exponential equations.

(410) The population of a certain species experienced exponential growth over the past decade.

(411) The exponential growth of social media influencers has reshaped the marketing landscape.

(412) The exponential distribution is a probability distribution often used in queuing theory.

(413) Exponential equations are commonly used in science and finance to model growth or decay.

(414) The exponential function is used in weather forecasting to model atmospheric conditions.

(415) The exponential function is used in machine learning algorithms for pattern recognition.

(416) The scatter with a logarithmic scale on the x-axis revealed an exponential relationship.

(417) The exponential growth of digital content is driving the need for exabyte-scale storage.

(418) The antilogarithm of a logarithm value can also be expressed as an exponential function.

(419) The population growth rate started to plateau up after a period of exponential increase.

(420) Exponentiate to account for the exponential decrease in the value of certain currencies.

(421) The photoluminescence decay curve exhibited a characteristic exponential decay behavior.

(422) The exponential growth of a population can be modeled by exponentiating the growth rate.

(423) The intercept upon an exponential equation can be found by setting the exponent to zero.

(424) A composite number can be written as a product of its prime factors in exponential form.

(425) New forms of renewable energy offer exponential potential for reducing carbon emissions.

(426) Logarithms are fundamental in understanding the behavior of exponential growth and decay.

(427) The exponential growth of zettabytes is driven by the proliferation of connected devices.

(428) Understanding exponential equations is essential in fields such as physics and economics.

(429) The exponential growth of digital content necessitates the use of yottabytes for storage.

(430) Antilogarithmic properties are fundamental in understanding exponential growth and decay.

(431) The antilogarithmic function is commonly used in calculating exponential moving averages.

(432) The integrand is a hyperbolic function that can be rewritten using exponential functions.

(433) The exponential growth of data storage has led to the need for yottabyte-scale solutions.

(434) Many businesses have experienced exponential growth through sell by influencer marketing.

(435) The geometric mean is a key concept in the study of logarithms and exponential functions.

(436) The CEO's acumen in marketing strategies was evident in the company's exponential growth.

(437) The autocatalytic nature of the reaction leads to exponential growth in product formation.

(438) The exponential growth of the internet has connected people from all corners of the globe.

(439) The population of a certain species is experiencing exponential decay due to habitat loss.

(440) Antilogarithms are employed in medical research to analyze exponential growth of diseases.

(441) The rate of economic growth in the technology sector has been exponential in recent years.

(442) Geometric progressions are often used in mathematics to model exponential growth or decay.

(443) The axises of a logarithmic scale graph allow us to visualize exponential growth or decay.

(444) The exponential growth of the population can be modeled by exponentiating the growth rate.

(445) The exponential explosion of data is creating new opportunities for analysis and insights.

(446) Many natural phenomena, such as hurricanes or wildfires, can exhibit exponential behavior.

(447) The exponential growth of online shopping has impacted traditional brick-and-mortar stores.

(448) The exponential growth of renewable energy sources is crucial for combating climate change.

(449) Pyramiding can be a way to compound your gains and potentially achieve exponential returns.

(450) Graphing an exponential equation can help visualize the relationship between the variables.

(451) Exponential equations play a crucial role in understanding the behavior of complex systems.

(452) Algebraic expressions can be used to solve problems involving exponential growth and decay.

(453) The exponential function is used in computer science algorithms for efficient calculations.

(454) The exponential function is used in astronomy to model the brightness of celestial objects.

(455) The fruitions of their strategic planning were evident in the company's exponential growth.

(456) The exponential increase in data production necessitates the use of yottabytes for storage.

(457) With a scientific calculator, I can quickly calculate logarithms and exponential functions.

(458) To find the derivative of an exponential function, you must exponentiate outside the limit.

(459) The differential coefficient of an exponential function is the same as the function itself.

(460) The concept of antilogarithms is fundamental to understanding exponential growth and decay.

(461) Changes in temperature can cause an exponential increase in the rate of chemical reactions.

(462) The spread of misinformation on social media can have exponential impact on public opinion.

(463) A small change in initial conditions can lead to exponential changes in outcomes over time.

(464) The diagonalizable property of a matrix allows for efficient computation of its exponential.

(465) The use of artificial intelligence in various industries is experiencing exponential growth.

(466) Exponential equations can be used to model the spread of diseases or the growth of bacteria.

(467) I had to carefully factorize inside the exponential inequality to find the correct solution.

(468) Antilogs are crucial in understanding the relationship between exponential growth and decay.

(469) The coefficients of the exponential growth model determine the growth rate and initial value.

(470) The exponential rise in housing prices has made it difficult for many people to afford homes.

(471) The exponential equation y = e^x represents exponential growth with a base of Euler's number.

(472) The exponential function is an essential tool in electrical engineering for circuit analysis.

(473) The exponential function is used in pharmacokinetics to model drug concentration in the body.

(474) The exponential function is used in neural networks for artificial intelligence applications.

(475) The logarithmic function is useful in solving problems involving exponential growth or decay.

(476) The function needs to be exponentiated to account for the exponential decay of the substance.

(477) The integrand of the integral was an exponential function that required integration by parts.

(478) The growth of technology follows an exponential curve, and it shows no signs of slowing down.

(479) The spread of the virus followed an exponential curve, and it overwhelmed healthcare systems.

(480) The rise of e-commerce is following an exponential curve, and it is changing the way we shop.

(481) The logarithmic function can be used to solve equations involving exponential growth or decay.

(482) The exponential growth of technology has made our lives more convenient but also more complex.

(483) The exponential growth of the gig economy has changed the nature of work for many individuals.

(484) The exponential growth of the gaming industry has created new career opportunities for gamers.

(485) The market size of the e-commerce industry has experienced exponential growth in recent years.

(486) Understanding the properties of the exponential function is crucial in many scientific fields.

(487) The value of a currency may experience exponential decay during times of economic instability.

(488) Inverse functions can be used to find the original value given the exponential function value.

(489) When simplifying exponential expressions, we factorize towards applying the laws of exponents.

(490) The logarithmic scale is useful for displaying data that exhibits exponential growth or decay.

(491) The exponential equation is a powerful tool in predicting future trends based on current data.

(492) The rate of growth in the number of mobile app downloads has been exponential in recent years.

(493) The variables need to be exponentiated to account for the exponential rise in the temperature.

(494) The data needs to be exponentiated to account for the exponential decline in the stock prices.

(495) Some chemical reactions exhibit exponential decay as the concentration of reactants decreases.

(496) The indefinite integral of an exponential function is equal to the exponential function itself.

(497) The exponential growth of online streaming services has transformed the entertainment industry.

(498) The exponential rise in cybercrime poses a significant threat to individuals and organizations.

(499) The differential coefficient of an exponential function is proportional to the function itself.

(500) The exponential growth of the population will exponentiate to be a major concern in the future.

(501) The exponential growth of the population can be modeled by exponentiating onto a constant rate.

(502) To convert a linear equation into an exponential equation, you need to exponentiate both sides.

(503) The exponential growth of the healthcare industry has led to advancements in medical technology.

(504) The exponential increase in global trade has facilitated economic development and globalization.

(505) Antilogarithmic properties are essential in understanding the behavior of exponential functions.

(506) The exponential nature of growth becomes evident when we exponentiate out from a specific value.

(507) The process of exponentiating out from a reference point helps us understand exponential growth.

(508) The demand for efficient storage technologies is increasing with the exponential growth of data.

(509) The exponential growth of data has led to the need for advanced analytics and big data solutions.

(510) The exponential growth of digital data is driving the need for yottabyte-scale storage solutions.

(511) The exponential nature of growth becomes apparent when we exponentiate out from a specific value.

(512) The pyramiding strategy in investing involves reinvesting profits to generate exponential growth.

(513) The reproduction process in bacteria can occur rapidly, leading to exponential population growth.

(514) The exponential growth of online advertising has changed the way businesses market their products.

(515) The mathematician explained how to find the abscissas of an exponential equation using logarithms.

(516) The concept of exponentiating out from a starting point is fundamental in exponential mathematics.

(517) In order to solve exponential equations, we must factorize towards isolating the exponential term.

(518) The exponential growth of the population can be modeled by exponentiating onto of the growth rate.

(519) The exponential growth of data in the digital age has led to the development of big data analytics.

(520) The concept of multiplicative reasoning is essential in understanding exponential growth and decay.

(521) The exponential distribution is a probability distribution often used to model time between events.

(522) The exponential increase in online shopping has led to a decline in brick-and-mortar retail stores.

(523) Antilogs are fundamental in solving complex mathematical equations involving exponential functions.

(524) When graphing exponential functions, it's helpful to exponent out the base to find the y-intercept.

(525) The exponential growth of social networking platforms has revolutionized how we connect with others.

(526) The exponential distribution is commonly used to model the time between events in a Poisson process.

(527) The concept of a geometric progression is fundamental in understanding exponential growth and decay.

(528) Exponential equations can be used to model population growth or the decay of radioactive substances.

(529) The business started to flourish at an exponential rate after implementing new marketing strategies.

(530) In demography, it is crucial to exponentiate to account for the exponential increase in birth rates.

(531) The exponential equation is commonly used in physics to describe the decay of radioactive materials.

(532) Financial models often rely on exponential assumptions to forecast growth or decline in investments.

(533) Geometric progressions are a powerful tool in solving problems involving exponential growth or decay.

(534) Many technological developments over the past few decades have shown an exponential rate of progress.

(535) The demand for renewable energy sources is expected to undergo exponential growth in the coming years.

(536) The exponential decay of a function can be approximated using a series expansion or numerical methods.

(537) Inverse functions can be used to find the original value given the inverse exponential function value.

(538) The concept of yottabytes was introduced to accommodate the exponential growth of digital information.

(539) Antilogarithmic properties are important in understanding the behavior of exponential decay processes.

(540) The logistic curve is characterized by an initial exponential growth phase followed by a leveling off.

(541) The growth of the internet has led to an exponential increase in the production of zettabytes of data.

(542) The process of finding the derivative of an exponential function involves exponentiating onto a limit.

(543) When solving for a variable in an exponential equation, you may need to exponentiate outside the base.

(544) The equation needs to be exponentiated to account for the exponential increase in the number of cases.

(545) Advances in technology may enable exponential progress in areas such as medicine or space exploration.

(546) The exponential rise in smartphone usage has transformed the way we communicate and access information.

(547) The RSI formula involves smoothing the average gain and average loss using exponential moving averages.

(548) The antiderivative of a logarithmic function is a combination of logarithmic and exponential functions.

(549) The concept of exponentiating out from a given point is crucial in understanding exponential equations.

(550) The concept of exponentiating out from a given point is crucial in understanding exponential functions.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Exponential. They do not represent the opinions of TranslateEN.com.