Dimensional Formula of Linear and Angular Momentum

In this article, you will learn to calculate the dimensional formula of linear momentum and angular momentum. Dimensional Formula of Linear Momentum The dimensional formula of Linear Momentum is  [ M1  L1  T-1 ] where [M], [L], and [T] are the fundamental quantities: Mass, Length, and Time. From the above formula, the dimensions of momentum are … Read more

Dimensional Formula of Moment of Inertia

The dimensional formula of Moment of Inertia is  [ M1  L2  T0 ] where [M], [L], and [T] are the fundamental quantities: Mass, Length, and Time. From the above formula, we can derive the dimensions of the moment of inertia as (1, 2, 0). Derivation of Dimensional Formula of Moment of Inertia We can derive this … Read more

Dimensional Formula of Surface Tension

The dimensional formula of Surface Tension is  [ M1  L0  T-2 ] where [M], [L], and [T] are the fundamental quantities: Mass, Length, and Time. From the above formula, we can derive the dimensions of work as (1, 0, -2). Derivation of Dimensional Formula of Surface Tension We can derive this formula using the definition of … Read more

Dimensional Formula of Gravitational Constant

The dimensional formula of Gravitational Constant is  [ M-1  L3  T-2 ] where [M], [L], and [T] are the fundamental quantities: Mass, Length, and Time. From the above formula, we can derive the dimensions of the gravitational constant as (1, 2, -1). Derivation of Dimensional Formula of Gravitational Constant We can derive this formula using the … Read more

Dimensional Formula of Impulse

The dimensional formula of Impulse is  [ M1  L1  T-1 ] where [M], [L], and [T] are the fundamental quantities: Mass, Length, and Time. From the above formula, we can derive the dimensions of impulse as (1, 2, -1). Derivation of Dimensional Formula of Impulse We can derive this formula using the definition of impulse. In … Read more

Dimensional Formula of Acceleration and Angular Acceleration

The dimensional formula of Acceleration is  [ M0  L1  T-2 ] where [M], [L], and [T] are the fundamental quantities: Mass, Length, and Time. From the above formula, we can derive the dimensions of acceleration as (0, 1, -2). Derivation of Dimensional Formula of Acceleration We can derive this formula using the definition of acceleration. In … Read more

Dimensional Formula of Torque

The dimensional formula of Torque is  [ M1  L2  T-2 ] where [M], [L], and [T] are the fundamental quantities: Mass, Length, and Time. From the above formula, we can derive the dimensions of torque as (1, 2, -1). Derivation of Dimensional Formula of Torque We can derive this formula using the definition of torque. In … Read more

Dimensional Formula of Work

The dimensional formula of Work is  [ M1  L2  T-2 ] where [M], [L] and [T] are the fundamental quantities: Mass, Length, and Time. From the above formula, we can derive the dimensions of work as (1, 2, -1). Derivation of Dimensional Formula of Work We can derive this formula using the definition of work. In … Read more

Dimensional Formula of Pressure

The dimensional formula of Pressure is  [ M1  L-1  T-2 ] where [M] [L] and [T] are the fundamental quantities: Mass, Length, and Time. From the above formula, it’s clear that the dimension of pressure is 1, -1, and -2. Derivation of Dimensional Formula of Pressure We can derive this formula using the definition of pressure. … Read more

Dimensional Formula of Energy

The dimensional formula of Energy is  [ M1  L2  T-2 ] Here, [M], [L], and [T] are the fundamental quantities: Mass, Length, and Time. From the above formula, it’s clear that the dimension of energy is 1, 2, -2. Derivation of Dimensional Formula of Energy We can derive this formula using the definition of energy. In … Read more