40 points

consider the polynomial p(x)=32x5y−2xy5.

part a: what is the complete factorization of p(x)=32x5y−2xy5 over the integers?

part b: what methods are used to factor p(x)=32x5y−2xy5?

select one answer for part a and select all answers that apply for part b.

b: greatest common factor
a: 2xy(2x−y)(2x+y)(4x2+y2)
b: difference of cubes
b: grouping
a: 2xy(4x2−y2)(x4−4x2y2+y4)
b: repeated difference of squares
a: 2xy(2x−y)2(2x+y)2

the thermometer is precise but not accurate

step-by-step explanation:

step-by-step explanation:

points a and b are equidistant from the desired line, so the line you find by using them will go through point r.

using points other than a and b will give the desired line only if they are equidistant from r. if they are randomly located, the perpendicular line you create will not necessarily go through point r, hence will not be a solution to the problem.

if the angular bisector of an triangle bisects the opposite side, prove that the other two sides are equal.