| Thread Closed |
Springs and Masses |
Share Thread | Thread Tools |
| Mar27-05, 07:15 PM | #1 |
|
|
Springs and Masses
a 0.466 kg mass is attached to a spring with a spring constant 144 N/m so that the mass is allowed to move on a horizontal frictionless surface. The mass is released from rest when the spring is compressed 0.174 m. what is the maximum force on the mass and the maximum acceleration?
i used the eq. Force of the Spring = -(k)(x) to get the force on the mass |
| Mar27-05, 07:25 PM | #2 |
|
|
I think all you need is [tex] F = ma = -kx [/tex]
You might also use [tex] W = F*d = mad = -kx^2d/2 [/tex] |
| Mar27-05, 07:27 PM | #3 |
|
|
thats what i did to get the force, and i got 25.056 N, i am confused of to how i would get the max acceleration
|
| Mar27-05, 07:31 PM | #4 |
|
|
Springs and Masses
You know the force, you know the mass. Find A
|
| Mar27-05, 07:46 PM | #5 |
|
|
oh yeah, thanx
|
| Thread Closed |
| Thread Tools | |
Similar Threads for: Springs and Masses
|
||||
| Thread | Forum | Replies | ||
| two masses hanging by springs | Advanced Physics Homework | 2 | ||
| Springs, Masses, and Friction oh mY! | Introductory Physics Homework | 2 | ||
| Springs and masses | Introductory Physics Homework | 4 | ||
| Help on a two masses - two springs system | Classical Physics | 10 | ||
| Three Springs and Two Masses | Introductory Physics Homework | 2 | ||