Question

a man of mass 500N climbs a rope with uniform speed. The tension in the rope will be​

Answer 1

Explanation:

SINCE THE SPEED OF THE MAN IS CONSTANT. SO THERE IS NO ACCELERATION.

(W)APPARENT=Mg+Ma

here acceleration is zero hence the tension is......

500N

DEADSOUL

Answer 2

500N

Explanation:

The formula for tension in a rope is (T):

= ( m × g ) + ( m × a )

Where m = Mass of the object

           g = acceleration due to gravity

           a = acceleration of the body

We know that g = 10 $m/s^2$

It is given that the man applies a force of 500N while climbing the rope.

Mass of the man = F = m × g

                               500 = m × 10

                               m = 50kg

Since the man moves at a uniform speed,

a (acceleration of the man) = 0 $m/s^2$

∴, Tension in the rope = (50 × 10) + (50 × 0)

                                     = 500N