When a transverse wave is propagating on a rope, for a rope element of small length

A) PE is maximum at the extreme position.

B) KE is maximum at the extreme position.

C) KE is zero at the extreme position.

D) PE is zero at the equilibrium position.

When a transverse wave is propagating on a rope, slope of a rope element is

A) maximum when it is passing through the equilibrium position.

B) maximum when it is at the extreme position.

C) same at all positions.

D) minimum when it is passing through the equilibrium position.

When a transverse wave is propagating on a rope, slope of a rope element is

A) maximum when it is passing through the equilibrium position.

B) maximum when it is at the extreme position.

C) same at all positions.

D) minimum when it is passing through the equilibrium position.

When a transverse wave is propagating on a rope, for a rope of element of length equal to the wavelength of the wave on the rope

A) KE does not change	B) PE does not change
C) both do not change	D) none of these

When a transverse wave is propagating on a rope, for a rope of element of length equal to half the wavelength of the wave on the rope

A) KE does not change	B) PE does not change
C) sum of KE and PE does not change	D) none of these

3,1,1,3,4