HC Verma Solutions Vol 1 Chapter 6 Friction

HC Verma Solutions Vol 1 Chapter 6 РFriction is provided here to help students learn and incorporate the best answers for questions that are asked in this unit. Every solution of HC Verma exercises is arranged in a systematic manner in order to give students an easy learning experience while solving the questions. As for the chapter, it consists of conceptual problems that are likely to be asked in prominent examinations. It is highly recommended that students should go through the solutions and practice solving the questions in order to develop better skills and prepare efficiently. Notably, HC Verma book is a highly recommended study tool to prepare efficiently during JEE Preparation. The chapter friction consists of questions that contain free body diagrams. Students need to get clarity on these types of questions. In essence, students can understand the concept clearly by referring the HC Verma Solutions for class 11 physics that consists of well-written solutions along with solved examples. Students can clear any of their doubts with respect to the topics discussed in the chapter and they can seemingly practise problems to master the subject.

Download This Solution As PDF: HC Verma Solutions Chapter 6 PDF

Students will also learn about important topics like;

  1. Friction as the Component of Contact Force
  2. Kinetic Friction
  3. Static Friction
  4. Laws of Friction
  5. Understanding Friction at Atomic Level
  6. A Laboratory Method to Measure
  7. Friction Coefficient

Important Questions In Chapter 6

  1. If you take a heavy box, do you feel that it is easy to push it from behind? Why is it hard to push from the top? Explain both the situations.
  2. An athlete takes a walk for 1 km daily. Calculate his average friction force.
  3. It is very slippery to stand or walk on solid ice? Explain.
  4. There are two bikes which have unequal masses. However, they both have similar tyres. If they move with the same initial speed, what will happen to the minimum stopping distance? (a) It will be smaller for the lighter bike. (b) Smaller for the heavier bike. (c) The distance remains the same for both bikes. (d) The volume of the bike affects the stopping distance.
  5. Suppose, two teams are playing tug of war on a frictionless surface. Will there be any winners?

HC Verma Solutions Vol 1 Friction Chapter 6


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