Tangential Acceleration Formula

Tangential Acceleration Formula

The subject of Physics comes with a number of formulas, and these are applicable in a number of concepts throughout the classes. The Tangential Acceleration Formula is one of the important concepts in the subject. Students can tend to rely on the textbooks and teachers for having a good understanding of topics like Tangential Acceleration Formula, however, these sources might not be enough. Teachers are not always able to resolve all the doubts in class, and students might feel intimidated of the subject. Topics like Tangential Acceleration Formula can be learned by the students in a better manner when they support the learning from textbook with other sources. These sources can help them have a solid foundation of the subject before the examinations.

Students can learn with the help of the Extramarks platform. There are several learning options for student of every kind. Students can learn about the concepts like Tangential Acceleration Formula with the help of the interactive learning modules on the Extramarks app and website. The educational and learning content available on the website has been designed and curated by experts that help students get a clear understanding of the all the topics that are important from the exam point of view.

Additionally, if students want to revise before the examination, they can do so on the Extramarks platform. The platform brings in multiple new ways of learning that can help students in expanding their understanding of topics like Tangential Acceleration Formula.

Some topics can be more challenging than the others, but that does not mean students need to skip them or learn around them. They can always learn with the help of the study materials on the Extramarks platform. Students can also try their hands at solving the previous year question papers and sample papers. These papers will give therm an idea of the questions that are critical and can appear in the examinations. Learning from the Extramarks platform makes exam preparations easy and learning more fun. Students can rely on the Extramarks platform for having a complete learning experience. Students can check out the Extramarks platform for more information.

Tangential Acceleration Formula

The concept of tangential acceleration is used to measure the change in the tangential velocity of a point with a specific radius with the change in time. The linear and tangential accelerations are the same but in the tangential direction, which leads to the circular motion. Tangential acceleration is defined as the rate of change of tangential velocity of the matter in the circular path.

Formula for Tangential Acceleration In Terms Of Distance

Students can also learn about the Tangential Acceleration In Terms Of Distance on the Extramarks platform.

Notations Used In The Formula

at is the tangential acceleration

Δv is the change in the angular velocity

Δt is the change in time

v is the linear velocity

s is the distance covered

t is the time taken

The formula of tangential acceleration is used to calculate the tangential acceleration and related parameters and the unit is m/s2

Linear Acceleration Formula

Linear acceleration is defined as the uniform acceleration caused by a moving body in a straight line. There are three equations that are important in linear acceleration depending upon the parameters like initial and final velocity, displacement, time and acceleration.

Notations Used In The Formula

u is the initial velocity

a is the acceleration

t is the time taken

v is the final velocity

s is the acceleration

Solved Example

Example 1:

With a speed of 20 m / s to 80 m/s in 30s, a body accelerates uniformly on a circular path. Calculate the acceleration to tangential.


Given parameters

vi = 20 m/s

vf = 80 m/s

dv = vf – vi = 80 – 20 = 60 m/s

dt = tf – ti = 30 – 0 = 30sec

The formula of tangential acceleration is

at = dv / dt

at = 60 / 30

at = 2 m/s2

Physics Related Formulas
Absolute Pressure Formula Bernoullis Equation Formula
Time Dilation Formula Brewsters Law Formula
Stopping Distance Formula Formula Dynamics Formula
Spring Force Formula Light Waves And Color Formula
Beam Deflection Formula Lightning Formula
Buoyancy Formula Momentum And Its Conservation Formula
Free Fall Formula Pascals Principle Formula
Gay Lussac Law Formula Planetary Formulas
Magnetic Field In A Solenoid Formula Poiseuilles Law Formula
Magnetic Field Strength Formula Radio Waves Formula
Mechanical Energy Formula Reflection And Ray Model Of Light Formula
Molar Concentration Formula Resistor Series Parallel Formula