The differential equation for a damped oscillator is If the damping is not too large, the time constant for the motion of this oscillator is determined by the
A) spring constant k and the mass m of the system.
B) spring constant k and the damping coefficient b of the system.
C) mass m and the damping coefficient b of the system.
D) initial displacement of the system.
E) initial velocity of the system.

Question

The differential equation for a damped oscillator is  If the damping is not too large, the time constant for the motion of this oscillator is determined by the
A) spring constant k and the mass m of the system. 
B) spring constant k and the damping coefficient b of the system. 
C) mass m and the damping coefficient b of the system. 
D) initial displacement of the system. 
E) initial velocity of the system.

Quizplus · Accepted Answer

The Answer of The differential equation for a damped oscillator is  If the damping is not too large, the time constant for the motion of this oscillator is determined by the
A) spring constant k and the mass m of the system. 
B) spring constant k and the damping coefficient b of the system. 
C) mass m and the damping coefficient b of the system. 
D) initial displacement of the system. 
E) initial velocity of the system.

The Differential Equation for a Damped Oscillator Is If