Use "Sine" in a sentence | "Sine" sentence examples
Sine is a mathematical term that is commonly used in trigonometry to describe a specific ratio between the length of the side opposite an angle in a right triangle and the length of the hypotenuse. However, sine can also be used in a broader context to refer to a variety of other concepts and ideas. In this article, we will explore different ways to use the word "sine" in sentences, providing you with tips and examples to enhance your vocabulary and understanding of this term.
1. Mathematical Usage: - The sine of an angle can be calculated using a scientific calculator or by referring to trigonometric tables. Example: "To find the height of the tree, we need to calculate the sine of the angle formed between the ground and the line of sight." - The sine function is periodic, with a range between -1 and 1, and is often represented graphically as a wave. Example: "The graph of the sine function shows the oscillatory nature of this mathematical concept."
2. Everyday Usage: - Sine can also be used to describe a sound or tone that is high-pitched and piercing. Example: "The alarm clock emitted a shrill sine sound, jolting me awake." - In music, sine waves are often used to create pure tones and serve as the building blocks for more complex sounds. Example: "The synthesizer generated a smooth sine wave, producing a soothing melody."
3. Alternative Meanings: - Sine can be used metaphorically to describe a person's behavior or attitude that is characterized by deceit or insincerity. Example: "He approached the negotiation with a sine smile, hiding his true intentions." - Sine can also be used to refer to a person's social status or position within a hierarchy. Example: "As the CEO, she enjoyed all the sine privileges and perks that came with her position."
4. Idiomatic Expressions: - "Without rhyme or sine" is an idiomatic expression used to describe something that lacks any logical or apparent reason. Example: "His sudden outburst of anger seemed to come without rhyme or sine." - "To sign on the sine line" is an idiomatic expression used to describe someone's commitment or agreement to a particular cause or action. Example: "After careful consideration, she decided to sign on the sine line and join the environmental movement."
In conclusion, the word "sine" has various applications and meanings, ranging from its mathematical usage in trigonometry to its metaphorical and idiomatic expressions in everyday language. By understanding these different contexts, you can effectively incorporate the word "sine" into your vocabulary and communication, enhancing your ability to express ideas accurately and precisely.
In the remaining portion of this article, additional example sentences are presented to demonstrate the usage of the term "Sine" within sentences.
"Sine"
(1) The sine curve is a smooth
(2) The sine of a full circle is 0.
(3) The trial was suspended sine die
(4) The trial was adjourned sine die
(5) The carrier wave is a sine wave.
(6) The concert was canceled sine die
(7) A sine curve has a period of 2π.
(8) The sine of 0 degrees is equal to 0.
(9) The project was put on hold sine die
(10) The sine of 90 degrees is equal to 1.
Sentence For "Sine"
(11) The court case was postponed sine die
(12) The sine of 180 degrees is equal to 0.
(13) The sine of 360 degrees is equal to 0.
(14) The sine curve is a periodic function.
(15) The sine of 270 degrees is equal to -1.
(16) The sine of a reflex angle is negative.
(17) The sine of a right angle is equal to 1.
(18) The sine curve is a continuous function.
(19) Hard work is the sine qua non of success.
(20) A sine curve oscillates between -1 and 1.
"Sine" In A Sentence
(21) Cosec is the inverse of the sine function.
(22) Cosec is the reciprocal of the sine ratio.
(23) The shape of a sine curve resembles a wave.
(24) The sine of a straight angle is equal to 0.
(25) The sine curve oscillates between -1 and 1.
(26) The graph of a sine curve resembles a wave.
(27) A sine curve is symmetric about the y-axis.
(28) Cosec helps find the reciprocal of the sine.
(29) The sine wave generator produced a pure tone.
(30) The sine wave pattern is often seen in nature
"Sine" Sentence
(31) The sine wave shape is smooth and continuous.
(32) The sine curve is symmetric about the origin.
(33) The sine curve is symmetric about the y-axis.
(34) The sine curve is used to model oscillations.
(35) The sine curve is symmetric about the x-axis.
(36) Cosec is the reciprocal of the sine function.
(37) The sine wave shape is smooth and symmetrical.
(38) The sine curve is used to analyze sound waves.
(39) The sine of an acute angle is always positive.
(40) The hodograph of a sine wave is a cosine wave.
"Sine" Sentence Examples
(41) The sine of an obtuse angle is always negative.
(42) The release of the movie was postponed sine die
(43) The first element in the secants array is sine.
(44) Integrity is the sine qua non of a good leader.
(45) The reciprocal of cosecant is the sine function.
(46) The sine curve is periodic with a period of 2π.
(47) The sine function is symmetric about the origin.
(48) The hexa array can be used to calculate the sine
(49) The decision on the matter was deferred sine die
(50) The equation y = sin(x) represents a sine curve.
Sentence With "Sine"
(51) The sine wave frequency can be measured in Hertz.
(52) The period of a sine curve determines its length.
(53) The release of the new album was delayed sine die
(54) The sine curve is periodic with a frequency of 1.
(55) The slope of a sine curve is constantly changing.
(56) The derivative of a sine curve is a cosine curve.
(57) Honesty is the sine qua non of a good friendship.
(58) The sine curve is often used in signal processing.
(59) The sine curve is used to analyze harmonic motion.
(60) The completion of the project was delayed sine die
Use "Sine" In A Sentence
(61) The decision on the proposal was deferred sine die
(62) Education is the sine qua non for a better future.
(63) The sine curve is often used to model sound waves.
(64) Arcsines are also known as inverse sine functions.
(65) The trigonometry lesson was about sine and cosine.
(66) The angle of a sine wave determines its frequency.
(67) The sine curve is used to model periodic phenomena.
(68) Discipline is the sine qua non for personal growth.
(69) The sine function produces a sinewave when graphed.
(70) The sound of the sine wave was soothing and calming.
Sentence Using "Sine"
(71) The sine wave oscillator produces a continuous wave.
(72) The amplitude of a sine curve determines its height.
(73) The sine curve is a fundamental concept in calculus.
(74) The resolution of the dispute was adjourned sine die
(75) The resolution of the issue was put on hold sine die
(76) The completion of the project was postponed sine die
(77) Honesty is the sine qua non of a trustworthy person.
(78) Respect is the sine qua non of a harmonious society.
(79) The sine wave pattern can be seen on an oscilloscope.
(80) The resolution of the conflict was postponed sine die
Sentences With "Sine"
(81) The construction of the bridge was suspended sine die
(82) Patience is the sine qua non of achieving your goals.
(83) Respect is the sine qua non for a harmonious society.
(84) Empathy is the sine qua non for understanding others.
(85) The sine wave is a common example of a periodic wave.
(86) The equation of a sine curve is y = A sin(Bx + C) + D.
(87) The sine curve is a fundamental tool in wave analysis.
(88) The sine curve is used to study the behavior of waves.
(89) The sine curve is a key component in Fourier analysis.
(90) I love listening to the sine wave in electronic music.
Sentence Of "Sine"
(91) The sine function is used to model periodic phenomena.
(92) The launch of the new product was put on hold sine die
(93) The launch of the new website was put on hold sine die
(94) Trust is the sine qua non of any healthy relationship.
(95) Curiosity is the sine qua non for continuous learning.
(96) The sinusoidal wave was graphed using a sine function.
(97) The shape of a sine curve repeats itself indefinitely.
(98) The wavelength of a sine curve is equal to its period.
(99) Analog signals are typically represented by sine waves.
(100) The committee decided to postpone the decision sine die
"Sine" Sentences
(101) The hodograph of a cosine wave is a negative sine wave.
(102) The sine wave is characterized by its sinusoidal shape.
(103) Trust is the sine qua non of any business relationship.
(104) The sine wave generator produces a pure and clean sound.
(105) The sine curve is a fundamental concept in trigonometry.
(106) The sine curve is used to represent alternating current.
(107) We can use the waveform generator to generate sine waves
(108) The arcsin function is the inverse of the sine function.
(109) The y-axis represents the output values of a sine curve.
(110) The integral of a sine curve is a negative cosine curve.
"Sine" Use In Sentence
(111) The quadrantal sine and cosine values are either 0 or 1.
(112) Discipline is the sine qua non of achieving one's goals.
(113) The sine and cosine functions are examples of sinusoids.
(114) The arcsine function is the inverse of the sine function.
(115) The negotiations between the two countries ended sine die
(116) The construction of the new building was delayed sine die
(117) The negotiations between the two companies ended sine die
(118) The implementation of the new policy was delayed sine die
(119) Communication is the sine qua non for effective teamwork.
(120) Perseverance is the sine qua non of overcoming obstacles.
Sentence On "Sine"
(121) Compassion is the sine qua non for helping those in need.
(122) Authenticity is the sine qua non for genuine connections.
(123) Oscillators generate sine-waves with precise frequencies.
(124) The midline of a sine curve is the horizontal line y = 0.
(125) The y-intercept of a sine curve is always at the midline.
(126) The meeting was adjourned sine die due to lack of quorum.
(127) The inverse of the sine function is the arcsine function.
(128) My calculator has a button for sine, cosine, and tangent.
(129) The sine wave frequency determined the pitch of the sound.
(130) The sine wave pattern is commonly used in sound synthesis.
"Sine" Example
(131) The sine curve is used to analyze the behavior of springs.
(132) The sine curve is a fundamental concept in wave mechanics.
(133) The implementation of the new policy was deferred sine die
(134) Biorhythms are often represented as sine waves on a graph.
(135) The sine curve is used to model various natural phenomena.
(136) The area under a sine curve over a complete cycle is zero.
(137) Education is the sine qua non of progress and development.
(138) Patience is the sine qua non of a successful entrepreneur.
(139) Creativity is the sine qua non of innovation and progress.
(140) The frequency of a sine-wave determines its pitch or tone.
"Sine" In Sentence
(141) The court case was postponed sine die due to the pandemic.
(142) The sine wave amplitude determines the volume of the sound.
(143) The sine wave equation is represented by y = A sin(Bx + C).
(144) The sine wave pattern is commonly used in electronic music.
(145) The sine curve is commonly seen in physics and engineering.
(146) The sine function is periodic with a period of 360 degrees.
(147) The implementation of the new system was postponed sine die
(148) The abbreviation sv stands for sine voce in music notation.
(149) Empowerment is the sine qua non for fostering independence.
(150) The sine curve is one of the basic trigonometric functions.
"Sine" Sentences In English
(151) The sine wave generator can be used to test audio equipment.
(152) The sine curve is one of the basic functions in mathematics.
(153) The sine curve is used to analyze the behavior of pendulums.
(154) The sine curve is used to model the behavior of light waves.
(155) The meeting was adjourned sine die due to lack of consensus.
(156) Innovation is the sine qua non for progress and development.
(157) Open-mindedness is the sine qua non for embracing new ideas.
(158) The maximum value of a sine curve is equal to its amplitude.
(159) The phase shift of a sine curve can be positive or negative.
(160) The project was put on hold sine die due to lack of funding.
Make Sentence With "Sine"
(161) The sine wave pattern on the screen was mesmerizing to watch.
(162) The sine wave waveform is commonly used in signal processing.
(163) The implementation of the new system was put on hold sine die
(164) The first derivative of a sine function is a cosine function.
(165) Responsibility is the sine qua non for a reliable individual.
(166) The oscillograph's display showed a steady sine wave pattern.
(167) The cosecant function is the reciprocal of the sine function.
(168) Cosec is the reciprocal of the sine function in trigonometry.
(169) Sine-waves are used in seismology to analyze earthquake data.
(170) The sine wave phase determines the starting point of the wave.
Sentences Using "Sine"
(171) The sine wave frequency can be measured using an oscilloscope.
(172) The sine curve is used to model the behavior of musical tones.
(173) The sine function is used in engineering to analyze waveforms.
(174) Resilience is the sine qua non for bouncing back from failure.
(175) The cosecant of 0 degrees is undefined, as the sine of 0 is 0.
(176) The sound of sine-waves is often described as smooth and pure.
(177) Sine-waves are commonly used in audio and radio transmissions.
(178) The investigation was closed sine die due to lack of evidence.
(179) The hearing was adjourned sine die due to the judge's illness.
(180) The trigonometric functions include sine, cosine, and tangent.
Sentence From "Sine"
(181) The sine wave oscillator produces a steady and consistent tone.
(182) The oscillator generates a sine wave with a frequency of 1 kHz.
(183) The waveform on the oscilloscope displayed a perfect sine wave.
(184) The sine function is used in music to create harmonious sounds.
(185) The inverse function of a sine function is an arcsine function.
(186) The arcsin function is also known as the inverse sine function.
(187) Cooperation is the sine qua non for achieving collective goals.
(188) Positivity is the sine qua non for a happy and fulfilling life.
(189) The sine curve is characterized by its smooth, wave-like shape.
(190) The sine wave is a pure tone with a single frequency component.
(191) Sine-waves are represented mathematically by the sine function.
(192) The numerical expression sin(π/2) represents the sine of π/2.
(193) The x-axis is used to measure the input values of a sine curve.
(194) The sound of a sine-wave is often described as pure and simple.
(195) The amplitude of a sine-wave determines its volume or loudness.
(196) The event was postponed sine die due to bad weather conditions.
(197) The project was put on hold sine die due to budget constraints.
(198) The committee was dissolved sine die after completing its task.
(199) The sound of a sine-wave is often described as pure and smooth.
(200) The sine wave function is periodic and repeats itself over time.
(201) The sine curve is used to represent the behavior of ocean waves.
(202) The arc length of a sine wave is proportional to its wavelength.
(203) The sine of an angle can be found using a scientific calculator.
(204) The arcsine function is also known as the inverse sine function.
(205) The term 'sine' denotes a trigonometric function in mathematics.
(206) The sine wave graph showed the oscillation of the wave over time.
(207) Cosecant is undefined for angles where the sine is equal to zero.
(208) The sine function is used in statistics to analyze periodic data.
(209) The unary function can be used to calculate the sine of an angle.
(210) Self-discipline is the sine qua non for achieving personal goals.
(211) Sine-waves are used in radar systems to detect and track objects.
(212) Sine-waves are used in digital photography for color calibration.
(213) Good communication is the sine qua non of a healthy relationship.
(214) The cotan of an angle is equal to the cosine divided by the sine.
(215) The Cromartie family motto is Sine Metu which means Without Fear.
(216) The sine of an angle can also be found using trigonometric tables.
(217) Sint is a term used in mathematics to represent the sine function.
(218) Biorhythmic cycles are often represented as sine waves on a graph.
(219) Adaptability is the sine qua non for survival in a changing world.
(220) Tolerance is the sine qua non for a diverse and inclusive society.
Short & Simple Example Sentence For "Sine" | "Sine" Sentence
(221) The sine wave is a fundamental concept in mathematics and physics.
(222) Sine-waves are used in medical imaging techniques like ultrasound.
(223) Sine-waves are used in radio astronomy to study celestial objects.
(224) Sine-waves are used in sonar technology for underwater navigation.
(225) The x-intercepts of a sine curve occur at multiples of the period.
(226) The sine wave function is commonly used in mathematics and physics.
(227) The sine and cosine functions are fundamental trigonometric ratios.
(228) Sine-waves are used in electronic devices to generate test signals.
(229) The phase shift of a sine curve affects its horizontal translation.
(230) The maximum value of a sine curve occurs at the peak of each cycle.
(231) The parliament session was ended sine die after passing the budget.
(232) The equation asks you to exponentiate from the inverse sine of 0.5.
(233) The sine wave waveform is commonly used in digital audio processing.
(234) The carrier wave is typically a sine wave with a constant frequency.
(235) The sine function is used in physics to describe oscillatory motion.
(236) The sine function is used in astronomy to model celestial movements.
(237) The sine wave is a smooth oscillation that repeats itself over time.
(238) The sine wave is a fundamental concept in trigonometry and calculus.
(239) The sine wave is a fundamental concept in digital signal processing.
(240) The tangent of an angle is equal to the tangent of its inverse sine.
How Do You Write A Good Sentence With "Sine"?
(241) The sine curve is used to analyze the behavior of electrical signals.
(242) The unary operator can be used to convert a number to its sine value.
(243) The differential coefficient of a sine function is a cosine function.
(244) Accountability is the sine qua non for a transparent and fair system.
(245) The equation y = sin(2x) represents a sine curve with a period of π.
(246) To find the cosecant of an angle, divide 1 by the sine of that angle.
(247) Sine-waves are used in power electronics for controlling motor speed.
(248) Sine-waves are used in electronic test equipment for signal analysis.
(249) Simple harmonic motion can be described by a sine or cosine function.
(250) The minimum value of a sine curve occurs at the trough of each cycle.
(251) The trial was suspended sine die due to the absence of a key witness.
(252) The sine wave phase shift can be adjusted to create different effects.
(253) The sine wave graph shows the relationship between time and amplitude.
(254) The sine wave equation can be used to model various natural phenomena.
(255) The sine curve is used to represent the motion of a swinging pendulum.
(256) The sine function is used in architecture to design curved structures.
(257) The first derivative of a cosine function is a negative sine function.
(258) Trustworthiness is the sine qua non for building strong relationships.
(259) The sound produced by a tuning fork can be represented as a sine wave.
(260) The sine wave is symmetric about its center line, known as the x-axis.
English Sentences With Audio Using The Word "Sine".
(261) The sine wave is characterized by its amplitude, frequency, and phase.
(262) Sine-waves are used in physics experiments to study wave interference.
(263) The conference was cancelled sine die due to unforeseen circumstances.
(264) The trial was suspended sine die due to the defendant's health issues.
(265) The cosine of an angle is equal to the sine of its complementary angle.
(266) The sine function is used in computer graphics to create smooth curves.
(267) Flexibility is the sine qua non for adapting to changing circumstances.
(268) Empathy is the sine qua non for fostering understanding and compassion.
(269) Self-awareness is the sine qua non for personal development and growth.
(270) The phase shift of a sine curve determines its horizontal displacement.
(271) The sine curve is used to analyze periodic phenomena in various fields.
(272) The sine curve is often used to model alternating current (AC) signals.
(273) The sine wave is a fundamental tool in the analysis of harmonic motion.
(274) Sine-waves are commonly used in audio and radio frequency applications.
(275) Sine-waves are used in architectural acoustics to design concert halls.
(276) The waveform generator produced a sine wave with a frequency of 100 Hz.
(277) The hearing was adjourned sine die due to the absence of a key witness.
(278) The sine curve is used to analyze the behavior of mechanical vibrations.
(279) Self-reflection is the sine qua non for personal growth and improvement.
(280) The amplitude of a sine curve determines its maximum and minimum values.
How To Use "Sine" With Example Sentences.
(281) The equation y = 2sin(x) represents a sine curve with an amplitude of 2.
(282) The sine curve is commonly used in physics and engineering applications.
(283) The equation y = sin(3x) represents a sine curve with a period of 2π/3.
(284) The equation y = 4sin(x/2) represents a sine curve with a period of 4π.
(285) Sine-waves are fundamental building blocks in digital signal processing.
(286) Sine-waves are used in electronic musical instruments like synthesizers.
(287) Perseverance is the sine qua non of overcoming obstacles and challenges.
(288) The value of cosecant can be found by dividing 1 by the sine of an angle.
(289) The radian is used to define the trigonometric functions sine and cosine.
(290) The unary operator can be used to convert a number to its arc sine value.
(291) The period of a sine curve is the distance between two consecutive peaks.
(292) Cosec is the reciprocal of the sine function, so it is equal to 1/sin(x).
(293) The sine wave is used in the analysis and synthesis of complex waveforms.
(294) Sine-waves are used in weather forecasting to model atmospheric patterns.
(295) The period of a sine curve affects its horizontal stretch or compression.
(296) Sine-waves are a fundamental building block of digital signal processing.
(297) Sine-waves are a fundamental building block in digital signal processing.
(298) The shape of a sine-wave is a smooth curve that repeats itself over time.
(299) The sine wave frequency can be adjusted to create different musical notes.
(300) The sine wave frequency can be adjusted to create different musical tones.
(301) The sine function is used in navigation to calculate distances and angles.
(302) Sine-waves are used in computer graphics for generating smooth animations.
(303) Sinu is a term that is often used in mathematics to describe a sine curve.
(304) The period of a sine curve can be calculated using the formula T = 2π/ω.
(305) The frequency of a sine curve can be calculated using the formula f = 1/T.
(306) The amplitude of a sine curve affects its vertical stretch or compression.
(307) The arcsin function is used to find the angle whose sine is a given value.
(308) The acute triangle is used in trigonometric functions like sine and cosine.
(309) The arcsine function is used to find the angle whose sine is a given value.
(310) The arcsin function is used to calculate the inverse sine of a given angle.
(311) SG is an abbreviation for sine gratia, which means without thanks in Latin.
(312) The sine wave is a fundamental waveform in electronic circuits and systems.
(313) Sine-waves are often used in scientific experiments to study wave behavior.
(314) The sine function is used in weather forecasting to predict tides and waves.
(315) The eigenfunctions of a particle in a box are the sine and cosine functions.
(316) The sine wave is a fundamental concept in the study of waves and vibrations.
(317) Sine-waves are used in electronic filters for removing unwanted frequencies.
(318) Sine-waves are used in wireless communication systems for transmitting data.
(319) The minimum value of a sine curve is equal to the negative of its amplitude.
(320) The tangent of an angle is related to the sine and cosine of the same angle.
(321) The sine wave pattern is used in telecommunications for transmitting signals.
(322) The mathematician used a quadrant to calculate the sine and cosine of angles.
(323) The imaginary part of a phasor represents the sine component of the waveform.
(324) The reciprocal of cosec is the sine function, and they are inversely related.
(325) The sine wave is a mathematical function that describes a smooth oscillation.
(326) Sine-waves are used in music synthesis to create different tones and timbres.
(327) Sine-waves are used in robotics for controlling the movement of robotic arms.
(328) Sine-waves are used in electronic music to create unique sounds and textures.
(329) Sine-waves are used in electronic music to create various sounds and effects.
(330) The cosecant of an angle is equal to the reciprocal of the sine of that angle.
(331) The sine function is used in robotics to control the movement of robotic arms.
(332) The differential coefficient of a cosine function is a negative sine function.
(333) The equation y = sin(x + π) represents a sine curve with a phase shift of π.
(334) The sine curve is a fundamental concept in calculus and mathematical analysis.
(335) The sine wave is periodic, meaning it repeats itself after a certain interval.
(336) Sine-waves are used in electronic music production for creating unique sounds.
(337) Sine-waves are used in speech recognition systems for analyzing audio signals.
(338) The strike was called off sine die after the management agreed to the demands.
(339) The vertex of a sine or cosine graph is where the function crosses the x-axis.
(340) Sine-waves are used in digital audio processing for equalization and filtering.
(341) The frequency of a sine curve affects the number of cycles in a given interval.
(342) The shape factor of a parallelogram is equal to the sine of its included angle.
(343) The sine function is used in telecommunications to transmit and receive signals.
(344) The obtuse triangle is an important shape in trigonometry for understanding sine
(345) The unary operator can be used to convert a number to its hyperbolic sine value.
(346) The eigenfunctions of a square well potential are the sine and cosine functions.
(347) The sine wave is often represented graphically as a wave with peaks and troughs.
(348) Nulla poena sine lege is a legal principle that means no punishment without law.
(349) The sine function is used in medical imaging to reconstruct images from raw data.
(350) The sine wave is a fundamental building block in the synthesis of complex sounds.
(351) Sine-waves are used in telecommunications for transmitting and receiving signals.
(352) The first quadrant of the unit circle is where both sine and cosine are positive.
(353) The sine function is used in signal processing to filter out unwanted frequencies.
(354) When dealing with trigonometric functions, exponentiate inside the sine or cosine.
(355) Sinusoidal waves can be represented by mathematical functions like sine or cosine.
(356) The fourth quadrant of the unit circle is where both sine and cosine are negative.
(357) The equation y = 3sin(x + π/2) represents a sine curve with a phase shift of π/2.
(358) The equation y = sin(x - π/4) represents a sine curve with a phase shift of -π/4.
(359) Sine-waves are used in video game development for creating realistic sound effects.
(360) The frequency of a sine curve determines how many cycles occur in a given interval.
(361) The indefinite integral of a sine function is equal to the negative cosine function.
(362) The equation y = sin(2x + π/3) represents a sine curve with a phase shift of -π/6.
(363) The sine wave is a key concept in understanding the behavior of oscillating systems.
(364) The osculating surface of the sine wave was tangent to it at every crest and trough.
(365) The inverter's output waveform should be a clean sine wave for sensitive electronics.
(366) Remember to use the reciprocal of the sine function to find the cosecant of an angle.
(367) The sine wave is a basic building block in signal processing and waveform generation.
(368) The area of parallelograms can also be calculated using the sine of one of the angles.
(369) The sine wave is often used to model periodic phenomena such as sound and light waves.
(370) The sine wave is often used as a reference signal in frequency and phase measurements.
(371) Sine-waves are used in telecommunications to transmit information over long distances.
(372) The cathetus is used to calculate the sine and cosine of an angle in a right triangle.
(373) The sine wave is a periodic function that can be represented by a mathematical formula.
(374) The sine wave is a versatile waveform that can be used in a wide range of applications.
(375) The third quadrant of the unit circle is where sine is negative and cosine is positive.
(376) Remember to bisect the angle before you find the sine, cosine, or tangent of the angle.
(377) The Fourier series expansion is based on the orthogonality of sine and cosine functions.
(378) The second quadrant of the unit circle is where sine is positive and cosine is negative.
(379) Cosec is a trigonometric function that represents the reciprocal of the sine of an angle.
(380) If an angle has a cosec value of zero, it means that the sine of that angle is undefined.
(381) The hypotenuse is used in trigonometry to find the sine, cosine, and tangent of an angle.
(382) The inverse function of a hyperbolic sine function is an inverse hyperbolic sine function.
(383) The sine wave is commonly used in electrical engineering to represent alternating current.
(384) Sine-waves are used in physics to model various phenomena, such as waves and oscillations.
(385) The oscillograph showed a steady sine wave pattern indicating a stable electrical current.
(386) The cotan of an angle is equal to the cosine of the angle divided by the sine of the angle.
(387) Cosec is defined for all real numbers except for the values where the sine function is zero.
(388) In trigonometry, the sine and cosine functions require you to locate the radius of a circle.
(389) Trigonometrically speaking, the sine function is used to calculate the height of a triangle.
(390) The graph of the cosecant function has vertical asymptotes at the zeros of the sine function.
(391) The sine wave is used in many applications, including music synthesis and telecommunications.
(392) The sine, cosine, and tangent functions are the most commonly used trigonometrical functions.
(393) The tangent of an angle is equal to the sine of the angle divided by the cosine of the angle.
(394) Cosecant is a trigonometric function used to calculate the reciprocal of the sine of an angle.
(395) In calculus, the derivative of cosec is found using the chain rule and the derivative of sine.
(396) I had to use cosine and sine to solve the problem, but I got confused and had to ask for help.
(397) To solve this trigonometric equation, you'll need to exponent out the sine or cosine function.
(398) With a function generator, we can generate a sine wave with a specific frequency and amplitude.
(399) The amplitude of a sine wave determines its maximum displacement from the equilibrium position.
(400) Sine-waves are used in physics to model many natural phenomena, such as waves and oscillations.
(401) If the cosine of an angle is equal to the sine of its complement, then the angle is 45 degrees.
(402) The online tutorial provided step-by-step instructions for finding the angle along a sine wave.
(403) Cosec is defined for all real numbers except for the values where the sine of the angle is zero.
(404) The sine wave is a smooth, continuous function that can be described by a mathematical equation.
(405) The area of a scalene triangle can be found using trigonometric functions such as sine and cosine.
(406) Figurer can be used to solve trigonometry problems, such as finding the sine or cosine of an angle.
(407) The sine wave is a mathematical abstraction that helps us understand and model real-world phenomena.
(408) The Fourier series provides a way to represent a periodic function as a sum of sine and cosine terms.
(409) We relied on the function generator to generate accurate sine waves for our audio system calibration.
(410) The Fourier coefficients are the coefficients of the sine and cosine functions in the Fourier series.
(411) The hexad of trigonometric functions includes sine, cosine, tangent, cotangent, secant, and cosecant.
(412) The sine wave is a continuous function that smoothly transitions between positive and negative values.
(413) If two angles are complementary, then the sine of one angle is equal to the cosine of the other angle.
(414) The Fourier series expansion allows us to express a function as an infinite sum of sine and cosine terms.
(415) Trigonometric functions such as sine and cosine are positive in certain quadrants and negative in others.
(416) The frequency of a sine wave determines the number of complete cycles it completes in a given time period.
(417) Although the cosine of an angle can be expressed using the sine of its complement, the converse is not true.
(418) The Fourier series allows us to represent a periodic function as an infinite sum of sine and cosine functions.
(419) The indefinite integral of a constant times a cosine function is equal to the constant times the sine function.
(420) The eigenfunctions of a quantum mechanical Hamiltonian in a particle in a box are the sine and cosine functions.
(421) The trigonometric functions, such as sine, cosine, and tangent, are essential in solving trigonometric problems.
(422) The Fourier series is a mathematical representation of a periodic function as a sum of sine and cosine functions.
(423) The Fourier series provides a way to express any periodic function as an infinite sum of sine and cosine functions.
(424) The eigenfunctions of a quantum mechanical Hamiltonian in a square well potential are the sine and cosine functions.
(425) The indefinite integral of a constant times a sine function is equal to the negative constant times the cosine function.
(426) The numerical aperture of a lens is calculated by dividing the refractive index by the sine of the half-angle of the cone of light.
(427) Cosec is a trigonometric function that represents the reciprocal of the sine of an angle, and it is used extensively in mathematics.
(428) The product of two forces is the magnitude of one force times the magnitude of the other force times the sine of the angle between them.
(429) The mathematical formula for a sine-wave is y = A sin (?t + ?), where A is the amplitude, ? is the angular frequency, t is time, and ? is the phase shift.
(430) The indefinite integral of a constant times a cotangent function is equal to the constant times the natural logarithm of the absolute value of the sine function.
(431) Cosine is one of the three primary trigonometric functions, along with sine and tangent, and it is essential for solving problems involving triangles and circles.
(432) When working with trigonometric functions such as sine and cosine, it is often easier to use radians instead of degrees because the formulas are simpler and more elegant.
Learning English Faster Through Complete Sentences With "Sine"
Sentences are everywhere.
Without sentences, language doesn’t really work.
When you first started learning English, you may have memorized words such as English meaning of the word "Sine"; But now that you have a better understanding of the language, there’s a better way for you to learn meaning of "Sine" through sentence examples.
True, there are still words that you don’t know. But if you learn whole sentences with "Sine", instead of the word "Sine" by itself, you can learn a lot faster!
Focus Your English Learning On Sentences With "Sine".
Why Is Focusing on Sentences Important?
Sentences are more than just strings of words. They’re thoughts, ideas and stories. Just like letters build words, words build sentences. Sentences build language, and give it personality.
Again, without sentences, there’s no real communication. If you were only reading words right now, you wouldn’t be able to understand what I’m saying to you at all.
- The Word "Sine" in Example Sentences.
- "Sine" in a sentence.
- How to use "Sine" in a sentence.
- 10 examples of sentences "Sine".
- 20 examples of simple sentences "Sine".
All the parts of speech in English are used to make sentences. All sentences include two parts: the subject and the verb (this is also known as the predicate). The subject is the person or thing that does something or that is described in the sentence. The verb is the action the person or thing takes or the description of the person or thing. If a sentence doesn’t have a subject and a verb, it is not a complete sentence (e.g., In the sentence “Went to bed,” we don’t know who went to bed).
Four Types Of Sentence Structure.
Simple Sentences With "Sine"
A simple sentence with "Sine"contains a subject and a verb, and it may also have an object and modifiers. However, it contains only one independent clause.
Compound Sentences With "Sine"
A compound sentence with "Sine" contains at least two independent clauses. These two independent clauses can be combined with a comma and a coordinating conjunction or with a semicolon.
Complex Sentences With "Sine"
A complex sentence with "Sine" contains at least one independent clause and at least one dependent clause. Dependent clauses can refer to the subject (who, which) the sequence/time (since, while), or the causal elements (because, if) of the independent clause.
Compound-Complex Sentences With "Sine"
Sentence types can also be combined. A compound-complex sentence with "Sine" contains at least two independent clauses and at least one dependent clause.