An area of a rectangle is l x w where l is the length and w is the width.
The length is already given so:
(n+4) x W = n² + 10n+24
we divide (n+3) to both sides so W will be left
W = (n² + 10n+24)/(n+4)
the answer to that will be
W = n+6
Therefore, the width of the given rectangle is n+6 units.
I hope this helps hihi
3 votes Thanks 2
bryanak
hi po another question hope you'll get 3. Which of the following is NOT a perfect square trinomial? a. x2 + 12x + 36 c. x2 + 16x + 64 b. x2 + 17x + 72 d. x2 + 18x + 81 4. Complete the expression: r2 + 8r + given the factors ((r + 4) and (r + 4). a.0 b. 4 c.8 d. 16 5. Which of the following shows Commutative Property of Addition? a. u + p = p + u c. m( x+y) = mx+my b. e+ 0=e d. s + (-s) = 0
Answers & Comments
An area of a rectangle is l x w where l is the length and w is the width.
The length is already given so:
(n+4) x W = n² + 10n+24
we divide (n+3) to both sides so W will be left
W = (n² + 10n+24)/(n+4)
the answer to that will be
W = n+6
Therefore, the width of the given rectangle is n+6 units.
I hope this helps hihi
3. Which of the following is NOT a perfect square trinomial?
a. x2 + 12x + 36
c. x2 + 16x + 64
b. x2 + 17x + 72
d. x2 + 18x + 81
4. Complete the expression: r2 + 8r + given the factors
((r + 4) and (r + 4).
a.0
b. 4
c.8
d. 16
5. Which of the following shows Commutative Property of Addition?
a. u + p = p + u
c. m( x+y) = mx+my
b. e+ 0=e
d. s + (-s) = 0