- #1
goku999
- 19
- 0
I know that when the applied frequency on a mass is equal to the natural frequency, the mass resonates. It has a great amplitude as a result of this.
But I don't know how somethings affect the resonant frequency.
Like for a mass-spring system.
1) What effect would increasing the mass have on the resonant frequency?
2) What effect would stiffer springs have on a resonant frequency?
Also if a vehicle that is lightly damped passing over a bump at a certain speed, its chassis
bounced violently.
I know this is because the resonant frequency is equal to the applied frequency.
Does constructive interference play a part for the huge increase in amplitude?
3) What effect would it have on the resonant frequency of the vehicle is traveling at a different speed?
4) What effect would it have on the resonant frequency if more passengers were in the car?
Thanks, I just need some explanations so I can understand this.
But I don't know how somethings affect the resonant frequency.
Like for a mass-spring system.
1) What effect would increasing the mass have on the resonant frequency?
2) What effect would stiffer springs have on a resonant frequency?
Also if a vehicle that is lightly damped passing over a bump at a certain speed, its chassis
bounced violently.
I know this is because the resonant frequency is equal to the applied frequency.
Does constructive interference play a part for the huge increase in amplitude?
3) What effect would it have on the resonant frequency of the vehicle is traveling at a different speed?
4) What effect would it have on the resonant frequency if more passengers were in the car?
Thanks, I just need some explanations so I can understand this.