Factor Polynomials Leading Coefficient Not One

What are the factors of n² − n − 56

• (n + 1)(n - 56)

• (n + 2)(n - 28)

• (n + 4)(n - 14)

• (n + 7)(n - 8)

What are the factors of n² − 5n + 6

• (n + 2)(n + 3)

• (n + 1)(n + 6)

• (n - 1)(n - 6)

• (n - 2)(n - 3)

What are the factors of b² − 6b + 8

• (b + 1)(b + 8)

• (b - 2)(b - 4)

• not possible for factoring

• (b + 4)(b +2)

• (b - 1)(b - 8)

Find the factors of n² − 11n + 10.

• (n - 2)(n - 5)

• (n - 1)(n - 10)

• (n + 2)(n + 5)

• (n + 1)(n + 10)

What are the factors of k² − 13k + 40

• (k + 4)(k + 10)

• (k + 5)(k + 8)

• (k - 4)(k - 10)

• (k - 5)(k - 8)

What are the factors of x² − 15x + 50

• (x - 1)( x - 50)

• (x - 2)( x - 25)

• (x - 5)( x - 10)

• not possible for factoring

What are the factors of v² − 7v + 10

• (v - 2)(v - 5)

• (v - 1)(v - 10)

• (v + 2)(v + 5)

• (v + 1)(v + 10)

• not possible for factoring

Is (x-2) a factor of             f(x)= x³-8x²+14x-4?

• Yes, (x-2) is a factor. There is a remainder.

• No, (x-2) is  not a factor. The remainder is zero.

• Yes, (x-2) is a factor. The remainder is zero.

• No, (x-2) is  not a factor. There is a remainder. 

Tags

CCSS.HSA.APR.B.2

How can I tell, when doing synthetic division, if the binomial is a FACTOR of the dividend?

• The remainder is zero

• They are all factors

• We can't tell

• The remainder is a constant

Tags

CCSS.HSA.APR.D.6

7r³-8r²+42r-48

• (r²+6)(7r+8)

• (r²+6)(7r-8)

• (r²+6)(r²+8)

• (r²+6)(7r+6)