Home
Class 12
MATHS
The real number k for which the equation...

The real number k for which the equation, `2x^3+""3x""+""k""=""0` has two distinct real roots in [0, 1] (1) lies between 2 and 3 (2) lies between -1 and 0 (3) does not exist (4) lies between 1 and 2

Promotional Banner

Similar Questions

Explore conceptually related problems

The real number k for which the equations 2x^3 +3x+k=0 has two distinct real roots in [0,1]

The real number k of for which the equation 2x^3+3x+k=0 has two distinct real roots in [0,1]

Show that there is no real number p for which the equation x^2 -3x + p =0 has two distinct roots in [0,1]

Find the value of k for which the equation 3x^(2)-6x+k=0 has distinct and real root.

The number of values of k for which the equation x^(2)-3x+k=0 has two distinct roots lying in the interval ( 0 , 1 ) are

The number of values of 'k' for which the equation x^(2) - 3x + k = 0 has two distinct roots lying in the interval (0,1) is :

Show that there is no real number K, which the equa­tion x^(2)= x^(2)- 3x + x in [0,1] = 0 has two distinct roots in [0,1]

Find the value of K for which the quadratic equation kx^(2)+2x+1=0, has real and distinct root.

Number of integral value (s) of k for which the equation 4x^(2)-16x+k=0 has one root lie between 1 and 2 and other root lies between 2 and 3, is