" The graph between "sqrt(E_(k))" and "1/p" is (Ek=kinetic energy p=momentum) "

The graph betwee sqrt(E) and (1)/(p) is (E=kinetic energy and p= momentum)

The graph betwee sqrt(E) and (1)/(p) is (E=kinetic energy and p= momentum)

The graph between linear monentum (p) and Kinetic energy (k) is best represented by

Which of the following graphs represents the graphical relation between momentum (p) and kinetic energy (K) for a body in motion?

In the experiment on photoelectric effect, the graph between E_K(max) and v is found to be a straight line as sshoen in fig. The threshold frequency and Planck's constant according to this graph are

In the experiment on photoelectric effect, the graph between E_K(max) and v is found to be a straight line as sshoen in fig. The threshold frequency and Planck's constant according to this graph are

The curve between log_(e) L and log_(e) P is (L is the angular momentum and P is the linear momentum).

If E is a rotational kinetic energy then angular momentum is

Which one of the following correctly represents the variation between linear momentum (P) and kinetic energy (E) ofa body?