Solutions to Exercises on Work and Energy HC Verma's Concepts of Physics Part 1 (1-7)

Q#1 The mass of cyclist together with the bike is 90 kg. Calculate the increa… Read more Solutions to Exercises on Work and Energy HC Verma's Concepts of Physics Part 1 (1-7)

Solutions to Exercises on Work and Energy HC Verma's Concepts of Physics Part 1 (8-12)

Q#8 A force a + bx acts on a particle in the x-direction where a and b are co… Read more Solutions to Exercises on Work and Energy HC Verma's Concepts of Physics Part 1 (8-12)

Solutions to Exercises on Work and Energy HC Verma's Concepts of Physics Part 1 (13-17)

Q#13 Find the average frictional force needed to stop a car weighing 500 kg i… Read more Solutions to Exercises on Work and Energy HC Verma's Concepts of Physics Part 1 (13-17)

Solutions to Exercises on Work and Energy HC Verma's Concepts of Physics Part 1 (18-23)

Q#18 A 250 g block slides on a rough horizontal table. Find the work done by … Read more Solutions to Exercises on Work and Energy HC Verma's Concepts of Physics Part 1 (18-23)

Solutions to Exercises on Work and Energy HC Verma's Concepts of Physics Part 1 (24-28)

Q#24 A water pump lifts water from a level 10 m below the ground. Water is pu… Read more Solutions to Exercises on Work and Energy HC Verma's Concepts of Physics Part 1 (24-28)

Solutions to Exercises on Work and Energy HC Verma's Concepts of Physics Part 1 (29-33)

Q#29 The heavier block in an Atwood machine has a mass twice that of the ligh… Read more Solutions to Exercises on Work and Energy HC Verma's Concepts of Physics Part 1 (29-33)