Home
Class 12
MATHS
A polynomial P(x) of third degree vanish...

A polynomial P(x) of third degree vanish when `x=1` & `x=-2` . This polynomial have the values 4 & 28 when `x=-1` and `x=2` respectively. If the polynomial `P(x)` is divided by `(x+3),` the remainder is `-32` b. `100` c. `32` d. `0`

Promotional Banner

Similar Questions

Explore conceptually related problems

A polynomial P(x) of third degree vanish when x=1 & x=-2 . This polynomial have the values 4 & 28 when x=-1 and x=2 respectively. If the polynomial P(x) is divided by (x+3), the remainder is a. -32 b. 100 c. 32 d. 0

A polynomial P(x) of third degree vanish when x=1 & x=-2 . This polynomial have the values 4 & 28 when x=-1 and x=2 respectively. One of the factor of P(x) is a. x+1 b. x-2 c. 3x+1 d. None of these

A polynomial P(x) of third degree vanish when x=1 & x=-2 . This polynomial have the values 4 & 28 when x=-1 and x=2 respectively. One of the factor of P(x) is x+1 b. x-2 c. 3x+1 d. None of these

A polynomial in x of the third degree which will vanish when x=1&x=-2 and will have the values 4&28 when x=-1 and x=2 respectively is

A polynomial in x of degree 3 vanishes when x=1 and x=-2 , ad has the values 4 and 28 when x=-1 and x=2 , respectively. Then find the value of polynomial when x=0 .

A polynomial in x of degree 3 vanishes when x=1 and x=-2, ad has the values 4 and 28 when x=-1 and x=2, respectively. Then find the value of polynomial when x=0

A polynomial in x of degree 3 vanishes when x=1 and x=-2 , ad has the values 4 and 28 when x=-1 and x=2 , respectively. Then find the value of polynomial when x=0 .

A polynomial in x of degree 3 vanishes when x=1 and x=-2 , ad has the values 4 and 28 when x=-1 and x=2 , respectively. Then find the value of polynomial when x=0 .

A polynomial in x of degree three vanishes when x=1 and x=-2, and has the values 4 and 28 when x=-1 and x=2 respectively.Find the polynomial.

A polynomial in x of degree three vanishes when x = 1 and x =- 2 and has the values 4 and 28 when x =- 1 and x = 2 respectively, then f(1) is