t Suspended Spring Supports Mass A spring has a length L, when it is suspended with no mass attached and a length L when a mass m is attached. Assume that the mass of the spring does not affect the calculations. (The diagram is not to scale.) Rest position of spring with no mass attached A. 15.2 cm B. 13.2 cm T L L2 Refer to the diagram Suspended Spring Support Mass to answer this question. A 5.20 kg mass is suspended from a spring that has a spring constant of 4.85 x 102 N/m. The mass is released and, after a little while, comes to rest below the point at which the spring is suspended. How far has the spring been stretched from its position at which the resting force is zero? C. 10.5 cm D. 12.6 cm 1100000. Rest position of mass suspend on the spring Refer to the diagram Suspended Spring Supports Mass to answer this question. A 9.85 kg mass is suspended from a spring that has an unstretched length (11) of 56.0cm. At its equilibrium position, the spring is stretched to a length of 62.8 cm. What is the spring constant for the spring? A. 2.33 x 10 N/m B. 1.42 x 10 N/m C. 1.76 x 10 N/m D. 2.15 x 10 N/m