Answer to Question #28752 in Mechanics | Relativity for danish

Question #28752

Establish the differential equation for a damped oscillator. Show that, for weak damping,
the solution of the differential equation for the damped oscillator is given by
x(t) = a0 exp (−bt) cos (wd t + f)

Expert's answer

Download Answer

Learn more about our help with Assignments: Mechanics Relativity

Comments

No comments. Be the first!

Leave a comment

Related Questions

1. Discuss the principle of superposition. Two collinear SHMs, with amplitudes 5 cm and 12 cm are super
2. If the displacement of a particle executing SHM be 10 cm and 12 cm when the corresponding velocities
3. Write the equation of motion of a simple harmonic oscillator which has an amplitude of 5 cm and it e
4. The displacement of a particle is zero at t=0 seconds and it is x at t seconds. it stars in a positi
5. By making assumptions, what would happen if suddenly the weather at Sepang (place name) is rainy and
6. A mass of 3 kg and an unknown mass are held together by a compressed spring. When released the two f
7. a body starting from rest travels with uniform acceleration. if it ravels 100 m in 5 seconds what is