5. 0 m feeler A mass m = 25 kg is sitting on a slope with 0 = 20⁰. There is no friction between the mass and the slope. The mass is attached to a spring with rest length lo = 5 cm that is mounted at the top of the slope. When the mass is released, the spring stretches an amount Ax = 6.2 cm (as measured along the slope, total length is now 11.2 cm) when the system reaches static equilibrium. a.) Draw the free-body diagram of the mass, showing all forces acting on the mass. b.) Calculate the value of the spring constant, k.

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m feeeee
A mass m = 25 kg is sitting on a slope with = 20°.
There is no friction between the mass and the slope.
The mass is attached to a spring with rest length
lo = 5 cm that is mounted at the top of the slope.
When the mass is released, the spring stretches an
amount Ax = 6.2 cm (as measured along the slope,
total length is now 11.2 cm) when the system reaches
static equilibrium.
a.) Draw the free-body diagram of the mass, showing
all forces acting on the mass.
b.) Calculate the value of the spring constant, k.
Transcribed Image Text:5. 0 m feeeee A mass m = 25 kg is sitting on a slope with = 20°. There is no friction between the mass and the slope. The mass is attached to a spring with rest length lo = 5 cm that is mounted at the top of the slope. When the mass is released, the spring stretches an amount Ax = 6.2 cm (as measured along the slope, total length is now 11.2 cm) when the system reaches static equilibrium. a.) Draw the free-body diagram of the mass, showing all forces acting on the mass. b.) Calculate the value of the spring constant, k.
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