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Division of a Polynomial by a Polynomial

iii Divide as...

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Question 4(iii)
Divide as directed
$52 p q r (p + q) (q + r) (r + p) \div 104 p q (q + r) (r + p)$

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Solution

$52 p q r (p + q) (q + r) (r + p) \div 104 p q (q + r) (r + p) = \frac{2 \times 2 \times 13 \times p \times q \times r \times (p + q) \times (q + r) \times (r + p)}{2 \times 2 \times 2 \times 13 \times p \times q \times (q + r) \times (r + p)} = \frac{1}{2} r (p + q)$

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Similar questions

Divide as directed.

52 p q r (p + q) (q + r) (r + p) \div 104 p q (q + r) (r + p)

52 p q r (p + q) (q + r) (r + p) \div 104 p q (q + r) (r + p)

Q. Divide as directed

52 p q r (p + q) (q + r) (r + p) \div 104 p q (q + r) (r + p)

Divide as directed.

(i) $5 (2 x + 1) (3 x + 5) \div (2 x + 1)$

(ii) $26 x y (x + 5) (y - 4) \div 13 x (y - 4)$

(iii) $52 p q r (p + q) (q + r) (r + p) \div 104 p q (q + r) (r + p)$

(iv) $20 (y + 4) (y^{2} + 5 y + 3) \div 5 (y + 4)$

(v) $x (x + 1) (x + 2) (x + 3) \div x (x + 1)$

Question 5(a)
Add :p ( p - q ), q (q - r ) and r (r - p ).

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Division of a Polynomial by a Polynomial

Standard VIII Mathematics

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