Binomial in a sentence
Synonym: polynomial.
Meaning: A mathematical expression consisting of two terms; often used in algebra and statistics.
(1) The binomial-theorem is used in algebra.
(2) The binomial-theorem is used in calculus.
(3) A binomial is a polynomial with two terms.
(4) Factorize by means of the binomial theorem.
(5) The binomial-theorem is used in statistics.
(6) The binomial-theorem is a mathematical concept.
(7) Ups and downs is another common binomial phrase.
(8) The polynomial can be multipliable by a binomial.
(9) The binomial-theorem is used to expand binomials.
(10) Safe and sound is a reassuring binomial expression.
Binomial sentence
(11) The binomial-theorem is used in probability theory.
(12) Factorize off of the binomial to solve the equation.
(13) To simplify the polynomial, factor out the binomial.
(14) The binomial theorem is used extensively in calculus.
(15) The binomial coefficient is used in Pascal's triangle.
(16) Factorize out the binomial to simplify the expression.
(17) The binomial-theorem is a powerful tool in mathematics.
(18) The binomial-theorem is used to calculate combinations.
(19) The binomial-theorem is used to calculate permutations.
(20) When squaring a binomial, you must use the FOIL method.
Binomial make sentence
(21) The binomial coefficient is also known as a combination.
(22) The binomial-theorem is used to solve complex equations.
(23) The binomial-theorem is used to calculate probabilities.
(24) Factorize under the binomial to simplify this trinomial.
(25) The binomial theorem is a fundamental concept in algebra.
(26) The binomial theorem is often used in probability theory.
(27) The binomial theorem is a powerful tool in combinatorics.
(28) The binomial theorem is a powerful tool in number theory.
(29) Factorize below to determine the factors of the binomial.
(30) The binomial theorem was first discovered by Isaac Newton.
Sentence of binomial
(31) The binomial-theorem was first introduced by Isaac Newton.
(32) The factorial of a number is used in the binomial theorem.
(33) The trinomial is factorable into a binomial and a monomial.
(34) The binomial coefficient can be calculated using factorials.
(35) Success and failure are two sides of the same binomial coin.
(36) The binomial coefficient is denoted by the symbol n choose k.
(37) The binomial theorem is a fundamental concept in mathematics.
(38) The binomial distribution is often used in genetics research.
(39) The binomial-theorem is also known as the binomial expansion.
(40) The binomial-theorem is a fundamental concept in mathematics.
Binomial meaningful sentence
(41) Factorize from the binomial theorem to expand the expression.
(42) The binomial equation is used to solve polynomial expressions.
(43) The binomial distribution is often used in hypothesis testing.
(44) The binomial formula can be derived from the binomial theorem.
(45) The binomial coefficient is used in combinatorial mathematics.
(46) The binomial theorem is a key concept in discrete mathematics.
(47) The binomial theorem is a central topic in algebraic geometry.
(48) We can factorize through to simplify this binomial expression.
(49) The binomial heap is a data structure used in computer science.
(50) The binomial-theorem is used in many different fields of study.
Binomial sentence examples
(51) Factorize with the binomial theorem to solve certain equations.
(52) The binomial theorem is a cornerstone of algebraic manipulation.
(53) Factorize onto the binomial expression to simplify the equation.
(54) Factorize over the binomial expression to simplify the equation.
(55) The binomial theorem is derived from the concept of combinations.
(56) Monomials can be used to represent terms in a binomial expansion.
(57) The binomial z-test is used to test hypotheses about proportions.
(58) The binomial distribution is a discrete probability distribution.
(59) The binomial distribution is commonly used in probability theory.
(60) Factorize out the binomial to simplify the polynomial expression.
Sentence with binomial
(61) We can factorize this expression by means of the binomial theorem.
(62) The binomial theorem is based on the concept of Pascal's triangle.
(63) The binomial theorem is a key concept in the study of polynomials.
(64) The binomial nomenclature system is used to name living organisms.
(65) To factorize from a binomial, you need to look for common factors.
(66) Let's cube off of this binomial expansion to find the coefficient.
(67) Factorize by using the binomial theorem to expand this expression.
(68) The binomial theorem is used to find the terms in a binomial series.
(69) The binominal expression can be expanded using the binomial theorem.
(70) The binomial theorem is named after the mathematician Blaise Pascal.
Use binomial in a sentence
(71) You should factorize except when the equation has a binomial factor.
(72) The array binominals contains terms that follow the binomial theorem.
(73) The recursion formula is used to calculate the binomial coefficients.
(74) The binomial option pricing model is used to value financial options.
(75) Pascal's triangle is a visual representation of binomial coefficients.
(76) The binomial theorem is a fundamental result in mathematical analysis.
(77) Factoring out the common binomial helps in simplifying the polynomial.
(78) The binomial nomenclature system is used to classify living organisms.
(79) The binomial option pricing model is used in finance to value options.
(80) The binomial theorem is a fundamental concept in algebra and calculus.
Sentence using binomial
(81) The expression is factorable by factoring out a common binomial factor.
(82) The binomial theorem is a fundamental result in algebraic manipulation.
(83) The binomial theorem is used to find the terms in a binomial expansion.
(84) The professor explained how to multiply out of the binomial expression.
(85) The cosec of an angle can be found using the binomial series expansion.
(86) Binomially distributed data can be modeled using a binomial regression.
(87) Linnaeus developed the binomial nomenclature system for naming species.
(88) To simplify the expression, exponentiate inside the binomial coefficient.
(89) The binomial expansion can be used to approximate the value of a function.
(90) The binomial theorem is a fundamental result in combinatorial mathematics.
Binomial example sentence
(91) The binomial-theorem is used to find coefficients in a binomial expansion.
(92) The binomial theorem is a mathematical formula used to expand expressions.
(93) The binomial theorem is a fundamental concept in algebra and combinatorics.
(94) The binomial series is a mathematical series used to approximate functions.
(95) The binomial expansion can be used to find the coefficients of a polynomial.
(96) Understanding the binomial theorem is crucial for solving complex equations.
(97) The binomial theorem is often used in statistics to calculate probabilities.
(98) The fourth power of a polynomial can be expanded using the binomial theorem.
(99) The binomial-theorem is used to calculate the variance of a random variable.
(100) The binomial nomenclature was developed by Carl Linnaeus in the 18th century.
Sentence with word binomial
(101) The binomial theorem is a key concept in the study of mathematical functions.
(102) When factoring trinomials, we factorize towards finding the binomial factors.
(103) The convergents of the binomial series were used to approximate the function.
(104) The binomial theorem provides a systematic way to expand binomial expressions.
(105) The binomial theorem is used to find the coefficients in a binomial expansion.
(106) The binomial theorem is a powerful tool in the field of mathematical analysis.
(107) The multinomial distribution is a generalization of the binomial distribution.
(108) The binomial distribution is a probability distribution often used in genetics.
(109) Pascal's triangle can be used to find the coefficients of a binomial expansion.
(110) The concept of binominals is essential in understanding binomial distributions.
Sentence of binomial
(111) The closed form of the binomial coefficient can be calculated using factorials.
(112) The binomial experiment is a statistical experiment with two possible outcomes.
(113) The binomial distribution is discrete and defined for a finite number of trials.
(114) The coefficients of the binomial expansion can be found using Pascal's triangle.
(115) The binomial theorem allows us to expand expressions with binomial coefficients.
(116) The binomial theorem is used to calculate the coefficients in a binomial series.
(117) Linnaean binomial nomenclature assigns a unique scientific name to each species.
(118) The math tutor explained how to factor a quadratic within a binomial expression.
(119) The binomial theorem allows us to exponentiate beneath the binomial coefficient.
(120) The binominal theorem can be used to find specific terms in a binomial expansion.
Binomial used in a sentence
(121) The binomial distribution is used in genetics to model the inheritance of traits.
(122) The binomial distribution is used in marketing to model the probability of sales.
(123) The binomial theorem can be used to find the coefficients of a binomial expansion.
(124) The binomial expansion is used to expand a binomial expression to a certain power.
(125) The binomial-theorem is used to calculate the expected value of a random variable.
(126) The multiplicities of the terms in a binomial expansion determine its coefficients.
(127) The binomial theorem is used to expand expressions involving binomial coefficients.
(128) The binomial theorem is used to calculate the coefficients in a binomial expansion.
(129) The recursion formula allows for the efficient computation of binomial coefficients.
(130) The multinomial expansion allows us to expand binomial expressions to higher powers.
Binomial sentence in English
(131) The binomial distribution is used to model random events with two possible outcomes.
(132) The binomial variable is a random variable that takes on one of two possible values.
(133) The middle term of the binomial expansion can be found using the combination formula.
(134) The middle term of the binomial expansion represents the term with the highest power.
(135) The binomial distribution is used to calculate the probability of success or failure.
(136) The math textbook provided examples of how to factorize over the binomial difference.
(137) To simplify this complex expression, you need to invert through the binomial theorem.
(138) Linnaean binomial nomenclature ensures that each species has a unique scientific name.
(139) The binomial-theorem is used to calculate the standard deviation of a random variable.
(140) Instead of expanding the expression, let's factorize it in place of the binomial form.
(141) The binomial distribution is often used in genetics to model the inheritance of traits.
(142) The binomial tree is a graphical representation of the possible outcomes of a decision.
(143) The binomial distribution is used in finance to model the probability of gains or losses.
(144) The binomial distribution is a discrete probability distribution used for counting events.
(145) The binomial theorem can be applied to calculate the coefficients in a binomial expansion.
(146) The binomial distribution is used in sports to model the probability of winning or losing.
(147) The binominals in this array are used to calculate the coefficients in binomial expansions.
(148) The binomial tree is a graphical representation of the possible outcomes of a random event.
(149) The binomial-theorem is used to calculate the probability of success in a series of trials.
(150) The binomial-theorem is used to calculate the probability of failure in a series of trials.
(151) The denominator of the binomial coefficient is the product of the two numbers being chosen.
(152) The binomial nomenclature is a system used in biology to give scientific names to organisms.
(153) The binomial theorem is used to calculate the probabilities of events in probability theory.
(154) The binomial theorem can be used to find the coefficients of a polynomial raised to a power.
(155) The binomial distribution is used in quality control to determine the probability of defects.
(156) The binomial tree is a graphical representation of the possible outcomes of a series of events.
(157) The binomial expansion can be used to approximate the value of a function for large values of x.
(158) The binomial distribution is used in medicine to model the probability of successful treatments.
(159) The binomial theorem was first discovered by the Chinese mathematician Zhu Shijie in the 13th century.
(160) The binomial coefficient is used to calculate the number of ways to choose a subset from a larger set.
(161) The binomial-theorem is used to calculate the probability of a specific outcome in a series of trials.
(162) The multinomial distribution is a generalization of the binomial distribution to more than two outcomes.
(163) The multinomial theorem is a mathematical formula used to expand binomial expressions to multiple terms.
(164) The binomial coefficient is used to calculate the number of ways to choose k items from a set of n items.
(165) The binomial nomenclature system was developed by the Swedish botanist Carl Linnaeus in the 18th century.
(166) The binomial coefficient was first studied by the French mathematician Blaise Pascal in the 17th century.
(167) The multinomial distribution is a generalization of the binomial distribution to more than two categories.
(168) The binomial expansion was first discovered by the English mathematician Isaac Newton in the 17th century.
(169) The binomial distribution was first studied by the Swiss mathematician Jacob Bernoulli in the 17th century.
(170) The binomial theorem can be used to find the probability of getting a certain number of heads in a coin toss.
(171) The binomial distribution is used in statistics to model the number of successes in a fixed number of trials.
(172) The binomial distribution is symmetric when the probability of success is equal to the probability of failure.
(173) The binomial formula can be used to calculate the probability of getting exactly a certain number of successes.
(174) The binomial formula can be used to calculate the probability of getting at most a certain number of successes.
(175) The binomial formula can be used to calculate the probability of getting at least a certain number of successes.
(176) The binomial distribution is often used in quality control to determine the probability of defective items in a sample.
(177) The numerator of the binomial coefficient formula represents the number of ways to choose k items from a set of n items.
(178) The binominal theorem can be used to find the coefficients of a binomial expansion without expanding the entire expression.
(179) The marginal distribution of a binomial distribution can be obtained by summing the probabilities of each individual outcome.
(180) The binomial coefficient is a mathematical function that calculates the number of ways to choose k items from a set of n items.
(181) The binomial formula is used to calculate the probability of getting a certain number of successes in a fixed number of trials.
(182) The binomial distribution is often used to model the number of successes in a fixed number of independent trials of a random variable.
(183) The marginal distribution of a negative binomial distribution can be calculated using the negative binomial probability mass function.
(184) The binomial probability distribution is used to calculate the probability of a certain number of successes in a fixed number of trials.
(185) The poisson distribution is a limiting case of the binomial distribution when the number of trials is large and the probability of success is small.
(186) The poisson distribution is a limiting case of the binomial distribution when the number of trials becomes very large and the probability of success becomes very small.
Binomial meaning
Binomial is a mathematical term that refers to an algebraic expression that consists of two terms. The term binomial is derived from the Latin word "binomius," which means "having two names." In mathematics, binomials are used to represent various concepts, including probability, algebraic equations, and geometric formulas. If you are looking to use the word binomial in a sentence, there are several tips that you can follow to ensure that your sentence is grammatically correct and effectively conveys your intended meaning.
1. Understand the meaning of binomial: Before using the word binomial in a sentence, it is essential to understand its meaning. As mentioned earlier, binomial refers to an algebraic expression that consists of two terms. Therefore, when using the word binomial in a sentence, ensure that the context is related to mathematics or algebra.
2. Use binomial in a mathematical context: Binomials are commonly used in mathematics to represent various concepts, including probability, algebraic equations, and geometric formulas. Therefore, when using the word binomial in a sentence, ensure that the context is related to mathematics or algebra.
For example, "The binomial equation was used to solve the probability problem."
3. Use binomial as an adjective: Binomial can also be used as an adjective to describe a mathematical expression or equation.
For example, "The binomial coefficient was calculated using the formula."
4. Use binomial in a scientific context: Binomials are also used in scientific contexts, such as in biology to describe the scientific names of organisms.
For example, "The binomial nomenclature system is used to name organisms."
5. Use binomial in a statistical context: Binomials are also used in statistics to describe the distribution of data.
For example, "The binomial distribution was used to analyze the data."
6. Use binomial in a botanical context: Binomials are also used in botany to describe the scientific names of plants.
For example, "The binomial name of the plant is Rosa canina."
In conclusion, the word binomial is a mathematical term that refers to an algebraic expression that consists of two terms. When using the word binomial in a sentence, it is essential to ensure that the context is related to mathematics, algebra, science, statistics, or botany. By following these tips, you can effectively use the word binomial in a sentence and convey your intended meaning.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Binomial. They do not represent the opinions of TranslateEN.com.