The dimensional formula of Magnetic Flux is [ M1 L2 T-2 A-1] where [M], [L], [T], and [A] are the fundamental quantities: Mass, Length, Time, and Ampere (Current). Now let’s see how we can drive this formula. How to calculate the dimensional formula of magnetic flux? The mathematic formula of magnetic flux is, We know that … Read more
The dimensional formula of Stress is [ M1 L-1 T-2 ] where [M], [L], and [T] are the fundamental quantities: Mass, Length, and Time. Now let’s see how we can drive this formula. How to calculate the dimensional formula of stress? In physics, we can define stress as the force acting upon a small bounded area. … Read more
The dimensional formula of Capacitance is [ M-1 L-2 T2 A2 ] where [M], [L], [T], and [A] are the fundamental quantities: Mass, Length, Time, and Ampere. From the above formula, the dimensions of capacitance are (-1, -2, 2, 2). How to calculate the dimensional formula of capacitance? In physics, we can determine the amount of … Read more
The dimensional formula of Resistance is [ M1 L2 T-3 A-2 ] where [M], [L], [T], and [A] are the fundamental quantities: Mass, Length, Time, and Ampere. From the above formula, the dimensions of resistance are (1, 2, -3, -2). How to calculate the dimensional formula of resistance? We can use Ohm’s law to calculate the … Read more
The dimensional formula of Planck’s Constant is [ M1 L2 T-1 ] where [M], [L], and [T] are the fundamental quantities: Mass, Length, and Time. From the above formula, the dimensions of Planck’s constant are (1, 2, -1). How to calculate the dimensional formula of Planck’s constant? We can define this formula using the mathematical formula … Read more
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
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). How to calculate the dimensional formula of the moment of inertia? We … Read more
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). How to calculate the dimensional formula of surface tension? We can derive this formula using the … Read more
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
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