A body moving with simple harmonic motion, has an amplitude of 1 m and period of oscillation is 2 seconds. Find the velocity and acceleration of the body at $\mathrm{t}=0.4$ second, when time is measured from (b) the extreme position. ( $\mathbf{6} \boldsymbol{\times} \mathbf{1 0} \boldsymbol{=} \mathbf{6 0}$ Marks)
Explanation
The velocity and acceleration of the body are calculated using the equations of simple harmonic motion. The velocity is given by v = Aωsin(ωt), and the acceleration is given by a = Aω^2cos(ωt).
⬆ Related Topic
📘 Syllabus
View KERALA UNIVERSITY Class 1 Syllabus →
📝 Practice Questions
Practice Previous Year Questions →
🤖 Practice with AI
Generate Practice Question Paper →
📚 Related Concepts
- Find the relation between $\alpha$ and $\beta$ of BJT.
- Compare and contrast FET and BJT
- Implement the following function using minimum number of logic gates $Y=A \bar{B}+C D+\bar{B} \bar{D}+A D$.
- What are the characteristics of an ideal OP AMP?
- Explain the term biasing and what is the need for proper biasing?