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In the graph of Force vs. Displacement of spring, the force is calculated by multiplying the mass by gravity. Was it necessary to compute the force each time? Could you have determined the spring constant, k, from a graph of mass vs displacement? Explain. At what point during the oscillation of the meter stick is the kinetic energy the greatest? Explain. At what point during the oscillation of the meter stick is the kinetic energy the least? Explain.

In the graph of Force vs. Displacement of spring, the force is calculated by multiplying the mass by gravity. Was it necessary to compute the force each time? Could you have determined the spring constant, k, from a graph of mass vs displacement? Explain. At what point during the oscillation of the meter stick is the kinetic energy the greatest? Explain. At what point during the oscillation of the meter stick is the kinetic energy the least? Explain.

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Questions In the graph of Force vs. Displacement of spring, the force is calculated by multiplying the mass by gravity. Was it necessary to compute the force each time? Could you have determined the spring constant, k, from a graph of mass vs displacement? Explain. At what point during the oscillation of the meter stick is the kinetic energy the greatest? Explain. At what point during the oscillation of the meter stick is the kinetic energy the least? Explain. At what point during the oscillation of the meter stick is the potential energy the greatest? Explain.
Transcribed Image Text:Questions In the graph of Force vs. Displacement of spring, the force is calculated by multiplying the mass by gravity. Was it necessary to compute the force each time? Could you have determined the spring constant, k, from a graph of mass vs displacement? Explain. At what point during the oscillation of the meter stick is the kinetic energy the greatest? Explain. At what point during the oscillation of the meter stick is the kinetic energy the least? Explain. At what point during the oscillation of the meter stick is the potential energy the greatest? Explain.
At what point during the oscillation of the meter stick is the potential energy the least? Explain. If the oscillating mass was increased by a factor of 4, how would the period change? By how much would it change? Explain. If the spring constant, k, was increased by a factor of 4, how would the period change? By how much would it change? Explain.
Transcribed Image Text:At what point during the oscillation of the meter stick is the potential energy the least? Explain. If the oscillating mass was increased by a factor of 4, how would the period change? By how much would it change? Explain. If the spring constant, k, was increased by a factor of 4, how would the period change? By how much would it change? Explain.
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