## 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). How to calculate the dimensional formula of gravitational constant? We can derive this formula … 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). How to calculate the dimensional formula of impulse? We can derive this formula using the definition of … 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). How to calculate the dimensional formula of acceleration? We can derive this formula using the definition of … 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). How to calculate the dimensional formula of torque? We can derive this formula using the definition of … 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). How to calculate the dimensional formula of work? We can derive this formula using the definition of … 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. How to calculate the dimensional formula of pressure? We can derive this formula using the definition … 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. How to calculate the dimensional formula of energy? We can derive this formula using the definition of … Read more

## Coefficient of Frictions

Coefficient Of Friction (COF) is a measure of the resistance between two surfaces. It can also be defined as the ratio of friction to a normal reaction. For example, COF = Friction / Normal Reaction Here, Friction – when we push an object across a floor, it moves slower due to an opposing force called friction. … Read more

## Dimensional Formula of Force

The dimensional formula of force is  [ M1 L1 T-2 ] where, [M], [L], and [T] represent fundamental quantity Mass, Length, and Time. Now, let’s see how we can derive this formula. How to calculate the dimension formula of force? For this derivation, we need to revise some of the basic physics formulas. Quantity Formula Force … Read more

## Dimensional formula of speed and velocity

The dimensional formula of speed is [ M0 L1 T-1 ] where [M], [L], and [T] are the fundamental quantities: Mass, Length, and Time. From this formula, we can say that the dimension of speed is 0, 1, -1. Now, let’s see how we can derive this using the formula of speed. How to calculate the … Read more