Two bodies of masses m and my have equal kinetic energies what is the ratio of their linear momenta

26.

A tube of length L is filled completely with an incompressible liquid of mass M and closed at both the ends. The tube is then rotated in a horizontal plane about one of its ends with a uniform angular velocity ω. The force exerted by the liquid at the other end is

  • Two bodies of masses m and my have equal kinetic energies what is the ratio of their linear momenta
  • Two bodies of masses m and my have equal kinetic energies what is the ratio of their linear momenta
  • Two bodies of masses m and my have equal kinetic energies what is the ratio of their linear momenta
  • Two bodies of masses m and my have equal kinetic energies what is the ratio of their linear momenta

A.

Two bodies of masses m and my have equal kinetic energies what is the ratio of their linear momenta

Let the length of a small element of tube be dx. Mass of this element

          

Two bodies of masses m and my have equal kinetic energies what is the ratio of their linear momenta


Two bodies of masses m and my have equal kinetic energies what is the ratio of their linear momenta
where M is mass of filled liquid and L is length of tube. Force on this element

      

Two bodies of masses m and my have equal kinetic energies what is the ratio of their linear momenta

Two bodies of masses m and my have equal kinetic energies what is the ratio of their linear momenta
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Two bodies of masses m and my have equal kinetic energies what is the ratio of their linear momenta