Question

Calculate the maximum displacement x that the spring is compressed if the mass m=2 kg is released from rest on the inclined plane (as shown) and then slides a distance 'D before coming into contact with a spring of constant K=100 N/m, D=200 cm at its unstretched length. Use g=10 m/s². Assume no friction. (Choose the closest answer). Hint: compression means negative displacement. m D ? = 53.1° A package positioned on an incline above a fixed spring. 0.473 0.206 0.239 0.532

          Calculate the maximum displacement x that the spring is compressed if the mass m=2 kg is released from rest on the inclined plane (as shown) and then slides a distance 'D before coming into contact with a spring of constant K=100 N/m, D=200 cm at its unstretched length. Use g=10 m/s². Assume no friction. (Choose the closest answer). Hint: compression means negative displacement.
m
D
? = 53.1°
A package positioned on an incline above a fixed spring.
0.473
0.206
0.239
0.532

Calculate the maximum displacement x that the spring is compressed if the mass m=2 kg is released from rest on the inclined plane (as shown) and then slides a distance 'D before coming into contact with a spring of constant K=100 N/m, D=200 cm at its unstretched length. Use g=10 m/s². Assume no friction. (Choose the closest answer). Hint: compression means negative displacement.
m
D
? = 53.1°
A package positioned on an incline above a fixed spring.
0.473
0.206
0.239
0.532

Added by Cynthia P.

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