[" 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 :

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

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

The number of values of k for which the equation x^(3)-3x+k=0 has two distinct roots lying in the interval (0,1) is three (b) two (c) infinitely many (d) zero

The number of values of k for which the equation x^3-3x+k=0 has two distinct roots lying in the interval (0,1) is (a) three (b) two (c) infinitely many (d) zero

The number of values of k for which the equation x^3-3x+k=0 has two distinct roots lying in the interval (0,1) is three (b) two (c) infinitely many (d) zero

The number of values of k for which the equation x^3-3x+k=0 has two distinct roots lying in the interval (0,1) is (a) three (b) two (c) infinitely many (d) zero

Find the values of k for which the equation x^2-4x+k=0 has distinct real roots.