In a forced oscillation system, if the driving frequency is equal to the natural
Practice Questions
Q1
In a forced oscillation system, if the driving frequency is equal to the natural frequency, what phenomenon occurs?
Damping
Resonance
Phase shift
Destructive interference
Questions & Step-by-Step Solutions
In a forced oscillation system, if the driving frequency is equal to the natural frequency, what phenomenon occurs?
Step 1: Understand what a forced oscillation system is. It is a system that is being driven by an external force or frequency.
Step 2: Identify the natural frequency. This is the frequency at which the system naturally wants to oscillate when not driven by an external force.
Step 3: Recognize the driving frequency. This is the frequency of the external force applied to the system.
Step 4: Compare the driving frequency and the natural frequency. If they are equal, it means the external force is applied at the same frequency the system naturally oscillates.
Step 5: Learn about resonance. When the driving frequency matches the natural frequency, the system experiences resonance.
Step 6: Understand the effect of resonance. This leads to an increase in the amplitude of oscillation, meaning the system will oscillate with a much larger movement.
