System A System B 의 heee ellel Systems A and B contain identical ideal springs and identical blocks that can slide along a surface of negligible friction. In system A, the surface is horizontal. In system B, the surface makes an angle e with the horizontal. Initially, both blocks are at rest and in equilbrium Each block then pulled the same distance d in the direction shown in the figures and released from rest at t=0 A student wants to use an apparatus similar to system B to measure the acceleration due to gravity g. If the mass of the block, the force constant of the spring, and the angle of the incline are known, what additional data must be measured to determine an experimental value for o? 11. The stretch of the spring at the equilibrium position L. IL The speed of the block as it passes the equilibrium position
System A System B 의 heee ellel Systems A and B contain identical ideal springs and identical blocks that can slide along a surface of negligible friction. In system A, the surface is horizontal. In system B, the surface makes an angle e with the horizontal. Initially, both blocks are at rest and in equilbrium Each block then pulled the same distance d in the direction shown in the figures and released from rest at t=0 A student wants to use an apparatus similar to system B to measure the acceleration due to gravity g. If the mass of the block, the force constant of the spring, and the angle of the incline are known, what additional data must be measured to determine an experimental value for o? 11. The stretch of the spring at the equilibrium position L. IL The speed of the block as it passes the equilibrium position
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