Starting from rest,a 2 kg block of wood slides a distance of 2 meter on a frictionless slope at a height of 1 meter.
What is the approximate kinetic energy of the wooden block at the bottom of the slope?

Question

Starting from rest,a 2 kg block of wood slides a distance of 2
meter on a frictionless slope at a height of 1 meter
What is the approximate kinetic energy of the wooden block at the
bottom of the slope?

Vaibhav T. · Accepted Answer

Dear Student,

mass, m=2 kgacceleration due to gravity, g=9
8 m/s2vertical distance, h=1 mAccording to conservation of energy,Potential energy=kinetic energyKinetic energy=mghKinetic energy=2×9
8×1Kinetic energy=19 6 J

Starting from rest,a 2 kg block of wood slides a distance of 2 meter on a frictionless slope at a height of 1 meter. What is the approximate kinetic energy of the wooden block at the bottom of the slope?

Starting from rest,a 2 kg block of wood slides a distance of 2 meter on a frictionless slope at a height of 1 meter.
What is the approximate kinetic energy of the wooden block at the bottom of the slope?