Sci-Tech oscillation -quiz
Sci-Tech Oscillation Quiz
Test your knowledge on the fascinating concepts of oscillation and damping in spring mass systems! This quiz covers essential topics such as restoring forces, natural frequency, and resonance. Perfect for students, teachers, and science enthusiasts!
- 11 Engaging Questions
- Multiple Choice and Short Answer
- Learn about damping and oscillations
What is a spring mass system?
A system where mass is attached to a spring
A system where a mass is attached to a wall
A system where spring is attached to a wall
A system where a spring and mass are not connected
What is the restoring force in a spring mass system?
The force that opposes the motion of the mass
The force that is responsible for the motion of the mass
The force that is applied to the spring
The force that is applied to the mass
What is damping?
The force that opposes the motion of the mass
The force that increases the motion of the mass
The force that reduces the motion of the mass
The force that is responsible for the motion of the mass
What is not an example of a damped system?
A car on a smooth road
A guitar string
A bouncing ball
A pendulum
What is an undamped system?
A system where damping is present
A system where there is no damping
A system where there is no mass
A system where there is no spring
What is the equation of motion for a damped spring mass system?
Mx'' + kx = 0
Mx'' + bx' + kx = 0
Bx' + kx = 0
Mx' + kx = 0
What is critical damping?
A damping coefficient that is just enough to stop the oscillations
A damping coefficient that is too high and leads to over-damping
A damping coefficient that is too low and leads to under-damping
A damping coefficient that is equal to zero
What is the natural frequency of a spring mass system?
The frequency at which the system oscillates without any external force
The frequency at which the system oscillates with an external force
The frequency at which the system comes to rest
The frequency at which the system moves in a straight line
When does resonance occure?
When natural frequency is same as that of source
When natural frequency is independent of source
When natural frequency is greater than source
When natural frequency is less than that of source
What is an example of resonance?
A guitar string being plucked
A car driving on a smooth road
A ball bouncing on the ground
A pendulum swinging back and forth
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