Smooth surface
3.0 m
spring
FIGURE 2
0.229
An object of mass 200 g is placed at A as shown in FIGURE 2. The spring at the bottom
of the track has a force constant of 400 Nm". The object slipping. down and finally
compressed by the spring. Determine the maximum compression of spring.

Un objeto de masa 200 g es colocado en A como se muestra en la FIGURA 2. El resorte en el fondo de la vía tiene una fuerza constante de 400 Nm". El objeto se desliza hacia abajo y finalmente comprime el resorte. Determine la compresión máxima del resorte.

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Smooth surface3.0 mspringFIGURE 20.229An object of mass 200 g is placed at A as shown in FIGURE 2. The spring at the bottomof the track has a force constant of 400 Nm". The object slipping. down and finallycompressed by the spring. Determine the maximum compression of spring.​

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Smooth surface
3.0 m
spring
FIGURE 2
0.229
An object of mass 200 g is placed at A as shown in FIGURE 2. The spring at the bottom
of the track has a force constant of 400 Nm". The object slipping. down and finally
compressed by the spring. Determine the maximum compression of spring.