HC Verma Rotational Mechanics Solutions (Chapter 10)
HC Verma Chapter 10 Solutions for Class 11 Physics Part-1 will help you learn the important concepts of HC Verma Rotational Mechanics Solutions. The main topics illustrated in the chapter are rotation of a rigid body about a given fixed line, kinematics, rotational dynamics, torque of a force about the axis of rotation, bodies in equilibrium, bending of a cyclist on a horizontal turn, and angular momentum.
In this chapter of HC Verma Solutions Concepts of Physics Part -1, you will also study kinematics energy of a rigid body rotating about a given axis. Power delivered and work done by torque, and combines rotation and translation. It is an important chapter from the exam point of view. So, make sure to clear your concepts before you appear for CBSE exams as well as the entrance exams. Also, this will be really helpful for those who wish to continue to study Physics as a subject in further classes.
HC Verma Solutions Class 11 Chapter 10 has around 36 questions in total. Solving these questions will help you in clearing your concepts on HC Verma rotational mechanics Solutions. In case of any doubts in these questions, you will not have to rush anywhere else as we have provided you with the best answers. Our subject matter experts have done thorough research on the topics to create these answers for you. You can follow the HC Verma solutions provided by Instasolv from anywhere and at any time.
Important Topics for HC Verma Solutions for Class 11 Physics Chapter 10 – Rotational Mechanics
Kinematics is a part of classical mechanics that defines the motion of points, bodies, and groups of bodies without seeing the forces that reason them to move. Kinematics is a field of education, is often mentioned as the “geometry of motion” and is sometimes seen as a division of mathematics.
Angular momentum refers to the rotational correspondent of linear momentum. It is an essential quantity in physics because it is a preserved quantity – the total angular momentum of a locked system remains continuous.
Bodies in Equilibrium
Generally, equilibrium has to do with the forces performing on a body. When no force is implied to make a body move in a line, the body is said to be in translational equilibrium; when no force is implied to make the body turn, the body is said to be in rotational equilibrium. A body in equilibrium that is not in movement is said to be in static equilibrium.
Moment of Inertia
The moment of inertia is also called as the mass moment of inertia, angular mass or rotational inertia, of an inflexible body, is a measure that defines the torque required for a preferred angular acceleration about a rotational axis; related to how mass control the force required for the desired acceleration.
Two Important Theorems on Moment of Inertia
The two important theorems on the moment of inertia include:
The parallel theorem of the moment of inertia: This law states that “Moment of inertia of any rotating body about a similar axis parallel to the axis passing through the centre of mass is equivalent to the addition of the moment of inertia about the centre of mass and product of the complete mass of the rotating body and square of the distance among two parallel axes.
The perpendicular theorem of the moment of inertia: This law states the addition of the moment of inertia of a laminar body about any two mutually perpendicular axes on the surface is equivalent to its moment of inertia about an axis perpendicular to its surface and passing through the point of intersection of the two axes.
Exercises-wise Discussion for HC Verma Solutions Class 11 Physics Chapter 10 – Rotational Mechanics
Exercise 1 – Short Answer Type Questions
This exercise of HC Verma Concepts of Physics Part 1 Rotational Mechanics has around 25 questions which are short answer type questions. Practising these questions will help you clear your concepts.
Exercise 2 – Objective Type Questions I
In this exercise, you will find 26 objective type questions. In these questions, you need to find the correct option out of the four options provided. It is considered as the best exercise to provide you with an idea of how clear your concepts are.
Exercise 3 – Objective Type Questions II
Exercise 3 of HC Verma Part 1 Rotational Mechanics Solutions consists of a total of 15 questions. These are objective type questions based on the important topics of the chapter. In these questions, you will find two or more statements correct.
Exercise 4 – Long Answer Type Questions
This exercise set has a total of 86 questions in which you need to provide an explanation of why a situation happened. This exercise also has a diagram question which makes it easier for you to understand the question.
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