No, it is not.
> square the 1st term >twice the product of the first and last term >square the last term
no
Multiply each term of the binomial by the monomial. Be particularly careful with signs: (+ times +) or (- times -) equals plus or Like signs = + (+ times -) or (- times +) equals minus or Unlike signs = -
It depends on the product of sum of what.
No, it is not.
> square the 1st term >twice the product of the first and last term >square the last term
no
Multiply each term of the binomial by the monomial. Be particularly careful with signs: (+ times +) or (- times -) equals plus or Like signs = + (+ times -) or (- times +) equals minus or Unlike signs = -
It depends on the product of sum of what.
Given the algebraic expression (3m - 2)2, use the square of a difference formula to determine the middle term of its product.
A quartic.
It can be factored as the SQUARE OF A BINOMIAL
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To calculate the cube of a binomial, you can multiply the binomial with itself first (to get the square), then multiply the square with the original binomial (to get the cube). Since cubing a binomial is quite common, you can also use the formula: (a+b)3 = a3 + 3a2b + 3ab2 + b3 ... replacing "a" and "b" by the parts of your binomial, and doing the calculations (raising to the third power, for example).
It is not possible for a perfect square to have just 2 terms.
Yes, the chi-square test can be used to test how well a binomial fits, provided the observations are independent of one another and all from the same (or identical) binomial distribution.