Home
Class 11
MATHS
If the roots of the quadratic equation (...

If the roots of the quadratic equation `(4p-p^2-5)x^2-(2p-1)x+3p=0` lie on either side of unit, then the number of interval values of `p` is `1` b. `2` c. `3` d. 4

Promotional Banner

Similar Questions

Explore conceptually related problems

If the roots of the quadratic equation (4p-p^2-5)x^2-(2p-1)x+3p=0 lie on either side of unity, then the number of integral values of p is

If the roots of the quadratic equation 4p-p^2-5x^2-(2p-1)x+3p=0 lie on either side of unit, then the number of interval values of p is 1 b. 2 c. 3 d. 4

If the roots of the quadratic equation (4p-p^(2)-5)x^(2)-(2p-1)x+3p=0 lie on either side of unit,then the number of interval values of p is 1b.2c.3d.4

If the roots of the quadratic equation (4p-p^2-5)x^2-(2p-1)x+3p=0 lie on either side of unit, then the number of integer values of p is a. 1 b. 2 c. 3 d. 4

If the roots of the quadratic equation (4p-p^2-5)x^2-(2p-1)x+3p=0 lie on either side of unit, then the number of integer values of p is a. 1 b. 2 c. 3 d. 4

If the roots of the quadratic equation (4p-p^2-5)x^2-(2p-1)x+3p=0 lie on either side of unit, then the number of integer values of p is a. 1 b. 2 c. 3 d. 4

if the roots of the quadratic equation (4p - p^(2) - 5)x^(2) -(2p−1)x+3p=0 are greater then - 2 less then 4 then p lie in the interval

If the sum of roots of the quadratic equation, x^(2)-(p+4)x+5=0 is 0,find the value of P

if the sum of roots of the quadratic equation, x^2-(p+4)x+5=0 is 0 find the value of p