Simplification: C & # 178; (A & # 178; - B & # 178;) = (A & # 178; + B & # 178;) (A & # 178; - B & # 178;)

Simplification: C & # 178; (A & # 178; - B & # 178;) = (A & # 178; + B & # 178;) (A & # 178; - B & # 178;)

[c²-(a²+b²)](a²-b²))=0
So C & # 178; - (A & # 178; + B & # 178;) = 0 or a & # 178; - B & # 178; = 0
C & # 178; = A & # 178; + B & # 178; or a = b
So it's a right triangle or an isosceles triangle

What is the number of times of the monomial - 1 / 3x & # 178; Y & # 179; Z

The number of - 1 / 3x & # 178; Y & # 179; Z is six

Is 1 / X & # 178; (the square of x) a binomial

No. a quadratic monomial means that the highest degree of a letter in a formula is quadratic. The square of X is a quadratic monomial, but its reciprocal is not

Given the absolute value of a + 1 + the square of (b-2) = 0, what is the degree of the monomial - X & # 178; + by-a?

Absolute value a + 1 + (b-2) ^ 2 = 0 absolute value a + 1 ″ 0 (b-2) ^ 2 ″ 0 so a + 1 = 0 B-2 = 0 a = - 1 b = 2. Formula = - x ^ 2 + 2y-1
So the number of times is the highest item 2