Class XI

This unit from Gamma-Question-Bank-for-Engineering-Physics has 14 chapters to practice on Class XI

This chapter will teach us about the concept of position, path and displacement. Alongside, we will also learn about speed, velocity and acceleration concluding this chapter with kinematic equations and relative velocity.

This chapter will explain the concept of scalars and vectors along with vector addition, subtraction, multiplication and resolution. It also throws light on motion in a plane, relative velocity in 2D and projectile motion.

This unit explains Newton's laws, conservation of momentum, and frictional, centripetal and centrifugal forces with their origin. It aids in learning the most curiosity-driven scientific concept of motion of objects.

This unit covers the concept of work, such as work done by constant and variable forces, types of energy and more. It elaborates on the three physical quantities, namely work, energy, power, with their significance.

This unit from Gamma-Question-Bank-for-Engineering-Physics has 14 chapters to practice on Class XI

This chapter talks about the concept of gravitation. We will learn about the universal law of gravitation and its importance. It describes free fall and acceleration due to gravity. We will learn about mass weight and their measurements.

This chapter highlights the mechanical properties of solids. We will learn about the elastic behaviour of solids, stress and strain, and their curve. Hooke's law, elastic moduli, and applications of elastic behaviour of materials are explained here.

This chapter explains the Mechanical properties of fluids. We will study pressure and Pascal's law here. A brief description of Bernoulli's principle, streamline flow, and viscosity is given here. We will also learn Reynold's number and Surface Tension.

This chapter talks about the thermal properties of matter. The heat and measurement of temperature are explained. We will learn about the ideal gas equation, thermal expansion, and calorimetry. Newton's Law of Cooling is also explained here.

This unit outlines the types of systems and their relations with their surroundings. The different laws, energies, enthalpy and thermodynamic processes are explained. We also learn the methods to calculate spontaneity and equilibrium constant.

This chapter provides information on ideal gas laws and the kinetic theory of gases. It explains the pressure of a gas in detail. It also describes the degrees of freedom and the law of equipartition of energy.

This chapter talks about oscillations. It describes free and forced oscillations. It defines simple harmonic motion and represents it graphically. We will learn to observe oscillations in a mass-spring system, long pendulum, and loudspeaker cone.

This chapter talks about waves. We will understand some basic facts of the progressive wave and harmonic waves. The wavelength of the harmonic wave, phase velocity, and intensity of a wave is described. It explains sound waves and the Doppler effect.