A block with mass m is attached to a spring.?

A block with mass m is attached to a spring with

spring constant k. The other end of the spring is attached to a

wall.

The system is in a swing movement which

can be seen away from the friction.

the figure:

http://bildr.no/view/626438

a) Determine the acceleration of block expressed by k, m, and x (t).

Explain briefly the laws that are used.

b) This will be an oscillating system with a corner frequency ω.

Determine the acceleration of block expressed by ω and x (t).

c) Determine ω.

A block with mass m is attached to a spring with

spring constant k. The other end of the spring is attached to a

wall.

The system is in a swing movement which

can be seen away from the friction.

the figure:

http://bildr.no/view/626438

a) Determine the acceleration of block expressed by k, m, and x (t).

Explain briefly the laws that are used.

b) This will be an oscillating system with a corner frequency ω.

Determine the acceleration of block expressed by ω and x (t).

c) Determine ω.

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