During one part of an experiment students hang a mass from a spring and time the...
During one part of an experiment students hang a mass from a spring and time the period of oscillation for the spring. In the second part, they replace the spring with a stiffer, less flexible, spring. What should they observe?
a. The period increases.
b. The period decreases.
c. There is no change in the period.
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During one part of an experiment students hang a mass from a
spring and time the...
The period of oscillation of a block of mass 100g hung from a spring is 0.2...
The period of oscillation of a block of mass 100g hung from a spring is 0.2 s. What would be the period if we replace the block with another block of mass 400g? How would the frequency change? I need help as to what formula I should use. If you can explain how to get the new period!
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Need help with this urgently please!
1. Spring and mass system a) (10 pts) You have a spring of length 50 em and a block of mass 150 grams. When you hang the block from the spring you measured the length of the spring to be 52.5 cm. Then you pull the block down by 4.5 cm and release to set it in oscillation and measure the time period, T, using a stopwatch. What value of T would you expect...
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A mass -0.1 kg is hanging from a spring of unknown spring constantk The mass's position y is measured from the attachment point of the spring, as shown. You observe the position vs time curve below A. What are the period T and amplitude A of the oscillation? What is the equilibrium length of the spring (with the hanging mass attached)? B. Write down a function 0) that describes the position of the mass....
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