[" Let "P(x)=x^(2)+bx+c," where "b" and "c],[" are integers.If "P(x)" is a factor of both "],[x^(4)+6x^(2)+25" and "],[3x^(4)+4x^(2)+28x+5," then the value of "],[P(1)" is "]

Let p(x)=x^(2)+bx+c, where b and c are integers.If p(x) is a factor of both x^(4)+6x^(2)+25 and 3x^(4)+4x^(2)+28x+5 find the value of p(1).

let P(x)=x^(2)+bx+c, wherer b and c are interger.if P(x) is a factor of both x^(4)+6x^(2)+25 and 3x^(2)+4x^(2)+28x+5 find value of p(1)

Let p(x) = x^2+bx+c , where b and c are integers. If p(x) is a factor of both x^4+6x^2 +25 and 3x^4+4x^2+28x+5 , find the value of p(1).

Let f(x)=x^(2)+bx+c, where b,c in R. If f(x) is a factor of both x^(4)+6x^(2)+25 and 3x^(4)+4x^(4)+28x+5 then the least value of f(x) is 2 b.3 c.5/2 d.4

Let f(x) = x^2+bx+c , where b,c in R. If f(x) is a factor of both x^4+6x^2+25 and 3x^4+4x^2+28x+5 , then the least value of f(x) is

If x+1 is a factor of x^(4) +(p - 3)x^(3) - (3p-5)x^(2) + (2p-9)x +6 , then the value of p is

Let P(x)=x^2+b x+cw h e r eba n dc are integer. If P(x) is a factor of both x^4+6x^2+25a n d3x^4+4x^2+28 x+5,t h e n a. P(x)=0 has imaginary roots b. P(x)=0 has roots of opposite c. P(1)=4 d . P(1)=6

Let P(x)=x^2+b x+cw h e r eba n dc are integer. If P(x) is a factor of both x^4+6x^2+25a n d3x^4+4x^2+28 x+5,t h e n a.P(x)=0 has imaginary roots b.P(x)=0 has roots of opposite c.P(1)=4 d .P(1)=6

Let P(x)=x^2+b x+cw h e r eba n dc are integer. If P(x) is a factor of both x^4+6x^2+25a n d3x^4+4x^2+28 x+5,t h e n a. P(x)=0 has imaginary roots b. P(x)=0 has roots of opposite c. P(1)=4 d . P(1)=6