[" If "x^(2)+px+1" is a factor of the "],[" expression "ax^(3)+bx+c," then "]

Factorize the expressions: ax^2+bx

Factoris the expression. ax ^(3) - bx ^(2) + cx

Factorise the expressions - x^(3) - ax - bx

If (x-2)^(2) is the factor of an expression of the form x^(3)+bx+c , then the other factor is ______.

Given 4a-2b+c=0 where a,b,c in R, which of the following statement is/are not true in general? 1. (x+2) will always be a factor of the expression 2. (x-2) will always be a factor of the expression ax^(2) + bx + c. 3. There will always be a factor of the expression ax^(2) + bx+ c " different from" (x+2) Select the correct answer using the code given below:

If (x+2) is a common factor of the expression x^(2) + ax - 6, x^(2) + bx +2 and kx^(2) - ax - (a+b) , then k= "_____" .