Q: How is multiplying complex numbers similar to multiplying polynomials?

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Fractions and decimals are usually rational numbers. Besides, multiplying rational and irrational numbers is also similar.

did you get this off of big ideas learning

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How is doing operations (adding, subtracting, multiplying, and dividing) with rational expressions similar to or different from doing operations with fractions?If you know how to do arithmetic with rational numbers you will understand the arithmetic with rational functions! Doing operations (adding, subtracting, multiplying, and dividing) is very similar. When you areadding or subtracting they both require a common denominator. When multiplying or dividing it works the same for instance reducing by factoring. Operations on rational expressions is similar to doing operations on fractions. You have to come up with a common denominator in order to add or subtract. To multiply the numerators and denominators separated. In division you flip the second fraction and multiply. The difference is that rational expressions can have variable letters and powers in them.

The two words are not the same part of speech. But they are similar in meaning.The term multiplying means "greatly or rapidly increasing" (e.g. population, problems). So increasing could be used generally as an unspecific synonym.

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Fractions and decimals are usually rational numbers. Besides, multiplying rational and irrational numbers is also similar.

Very.

did you get this off of big ideas learning

Dividing by a non-zero rational number is the same as multiplying by its reciprocal.

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To add polynomials , simply combine similar terms. Combine similar terms get the sum of the numerical coefficients and affix the same literal coefficient .

A large number is a polynomial in which the variable has the value 10. The similarity is easy to see in 2478 = 2*103 + 4*102 + 7*101 + 8 and 2*x3 + 4*x2 + 7*x1 + 8 In multiplying large numbers, you would take the digits of one number, one by one, and multiply them into the digits of the other number. In each case, the product is given the place value that is the sum of the place values of the two digits. Now, think of each digit in the number as the coefficient of the appropriate power of ten. And the two processes can be seen to be the same.

They are terms in which each of the variables is raised to the same power (or exponent).

integers are negative and poitive numbers you can multipy and divide poitive numbers but you can't divide negative numbers because you can't have negitve divded by a other number

10000

They are elements of of a set which may consist of integers, real or complex numbers, polynomial expressions, matrices.