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Frank Solutions for Class 10 Physics Chapter 1.3 Simple Machine - PDF

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Last updated date: 08th May 2024
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Frank Solutions for Class 10 Physics Chapter 1.3 Simple Machine - Download Free PDF with Solution

Learning about simple machines in the ICSE Class 10 Physics syllabus is a crucial part. The students are introduced to mechanics in this chapter after teaching force, inertia, momentum, a moment of force, etc. This part of the chapter is very important as students will come to know the working principles of simple machines.


To make this chapter easier to understand, refer to the Frank Solutions for Simple Machine. Here, you will find out how the experts have compiled the answers to the fundamental questions. Learn from the formats used to develop your answering skills and score more in the exams.

Class 10 Physics Frank Solutions PDF

Also check Class 10 Physics Frank Solution for Other chapters:


Class 10 Physics Chapter wise Frank Solutions

Chapter 1.1 : Turning Effect of Force and Equilibrium

Chapter 1.2 : Uniform Circular Motion

Chapter 1.3 : Simple Machine

Importance of Frank Solutions Class 10 Physics Chapter 1.3 Simple Machines

After studying elaborately about speed, velocity, acceleration, force, momentum, inertia, a moment of force, etc., you will proceed to learn how simple machines work. These machines have been designed to add more convenience to our daily work.


The working principle of a simple machine will be explained in this part of the chapter. Previously, you have learned what force and a moment of force are in this chapter. Once done with the basic scientific terms, you will proceed to learn the principle of a machine.


You will also learn in this chapter the work efficiency of a machine and how it is used to make our work easier. On progressing further, this chapter will explain what levers are. Every type of lever will be explained with a proper diagram and mathematical expressions.


You will also learn about other machines such as inclined planes and pulleys. This chapter will explain how a combination of pulleys works. The tension in the strings will also be explained with proper examples and images. The technical terms related to the calculation of the efficiency of a machine will also be taught here.


To make it easier for your preparation, refer to the Frank Physics Class 10 ICSE Solutions for this chapter.


Benefits of Frank Physics Class 10 ICSE Solutions for Simple Machines

  • These solutions are compiled by the experts of Vedantu by following the Class 10 ICSE standards. You will learn how to maintain the standards and answer such questions to score more in the board exams.

  • You can refer to the solutions whenever you want to make your practice sessions more productive. Hence, you can complete preparing this crucial chapter faster and progress with your Class 10 Physics syllabus.

  • Find out how simple machines work. You will get a concise version of the working principles of the machines and will become capable of answering the fundamental questions following the Frank Physics Class 10 ICSE Solutions.

  • Resolve doubts related to simple machines on your own by referring to the Frank Solutions for Class 10 Physics ICSE Chapter 1.3. Save time and utilise it to study other chapters.


Download Frank ICSE Solutions for Class 10 Physics Simple Machines PDF

Get the free PDF version of the solution file and make your study sessions more productive. Learn how to use the basic concepts of simple machines to answer such questions. You will also learn more about the preferred question formats and prepare your answering skills accordingly. This is how you can stay ahead of the competition and score more in the board exams.

FAQs on Frank Solutions for Class 10 Physics Chapter 1.3 Simple Machine - PDF

1. Why are gears used?

Gears are used to multiply the applied speed and increase the efficiency of a machine.

2. What is the use of a jack?

A jack is used for multiplying the force and makes it easier to lift a car using simple force.

3. What is an ideal machine?

When the input energy is equal to the output energy, it is called an ideal machine.

4. What is the mechanical advantage?

The ratio of load to the effort is called mechanical advantage.

5. Why machines are called force multipliers?

When the displacement of an effort is greater than that of a load, it is called a force multiplier.