TANGENTIAL AND NORMAL COMPONENTS OF A VECTOR
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This video is designed for students learning undergraduate math and engineering math. In this video, we learn how to calculate the velocity and acceleration vector at time t, how to calculate the components of the velocity and acceleration in the direction of a given vector. We also learn how to calculate the components of the the acceleration along the tangent and normal.
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TANGENTIAL AND NORMAL COMPONENTS OF A VECTOR
- 2. This video is particularly designed for students of engineering math and undergraduate math. If you find this video useful, do share it with others
- 3. Acceleration can be broken down into 2 components, the tangential and normal components. The tangential component shows how much of the acceleration acts in the direction of motion. The normal component shows how much of the acceleration is orthogonal to the direction of motion.
- 4. In this presentation, we learn how to • calculate the velocity and acceleration of a particle at time t • Find the components of the velocity and acceleration in the direction of a vector. • Find the components of acceleration along the tangent and normal
- 8. 2cos3t 𝑗 +2 sin 3t 𝑘
- 12. +
- 20. In problem 1 we learnt how to calculate the velocity and the acceleration vector In problem 2, we saw how the components of the velocity and acceleration vector can be calculated. In problem 3, we learnt how to calculate the components of the acceleration along the tangent and normal.
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