Question1 (iii)
Answer the following and justify
iii) If on division of a polynomial p(x) by a polynomial g(x), the quotient is zero, what is the relation between the degree of p(x) and g(x)?

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Solution

iii) If the quotient is zero when a polynomial p(x) is divided by a polynomial g(x) then, the degree of p(x) < degree of g (x).

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Question1 (iii)
Answer the following and justify
iii) If on division of a polynomial p(x) by a polynomial g(x), the quotient is zero, what is the relation between the degree of p(x) and g(x)?

Question1 (iv)
Answer the following and justify
iv) If on division of a non zero polynomial p(x) by a polynomial g(x), the remainder is zero, what is the relation between the degrees of p(x) and g(x)?

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Question1 (iv)
Answer the following and justify
iv) If on division of a non zero polynomial p(x) by a polynomial g(x), the remainder is zero, what is the relation between the degrees of p(x) and g(x)?

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Question1 (iii) Answer the following and justify iii) If on division of a polynomial p(x) by a polynomial g(x), the quotient is zero, what is the relation between the degree of p(x) and g(x)?

iii) If the quotient is zero when a polynomial p(x) is divided by a polynomial g(x) then, the degree of p(x) < degree of g (x).

Question1 (iii)
Answer the following and justify
iii) If on division of a polynomial p(x) by a polynomial g(x), the quotient is zero, what is the relation between the degree of p(x) and g(x)?