Page 7 of 7 34. A mass-spring system undergoes SHM. The elastic potential energy at maximum stretch is 7.50 1, the mass is 0.20 kg. and the spring constant is 240 N/m. Calculate the frequency and amplitude of oscillation.
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Q: Page 7 of 7 34. A mass-spring system undergoes SHM. The elastic potential energy at maximum stretch…
A: Mass m = 0.20 kg Energy E = 7.50 J Spring constant k=240 N/m
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A: Given that,m=2 kgk=8π2 Nmx=0.5 v=-3 ms
Q: height
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- An apple weighs 1.04 NN. When you hang it from the end of a long spring of force constant 1.54 N/mN/m and negligible mass, it bounces up and down in SHM. If you stop the bouncing and let the apple swing from side to side through a small angle, the frequency of this simple pendulum is half the bounce frequency. (Because the angle is small, the back and forth swings do not cause any appreciable change in the length of the spring.) What is the unstretched length of the spring (i.e., without the apple attached)? Express your answer with the appropriate units.A graduate student taking a test was given a 0.298 cm long spring with constant K =10.9 N/m. She attatched 84 g mass to the spring. Setting the equilibrium position to y=0.0 cm. The spring mass system undergoes SHM between points Ymax=-10.2 cm and Ymin=10.2 cm. Where is the mass located when it's kinetic energy is minimum?A 0.40 kg ball is suspended from a spring with spring constant 12 N/m. If the ball is pulled down 0.20 m from the equilibrium position and released, what is its maximum speed while it oscillates?
- A spring with spring constant 15.0 N/m hangs from the ceiling. A ball is suspended from the spring and allowed to come to rest. It is then pulled down 6.00 cm and released. If the ball makes 30 oscillations in 20.0 s, what are its (a) mass and (b) maximum speed?A vertical spring stretches 13 cm when a 3.4 kg block is hung from its end. (a) Calculate the spring constant. This block is then displaced an additional 3.7 cm downward and released from rest. Find the (b) period, (c) frequency, (d) amplitude, and (e) maximum speed of the resulting SHM.A 3.2-kg object is suspended from a spring with k = 74 N/m. The mass is pulled 0.75 m downward from its equilibrium position and allowed to oscillate. What is the maximum kinetic energy of the object?