1. Consider two systems experiencing simple harmonic motion a mass spring system and a pendukum Which of these systems would experience a change in frequency If the mass in the system were changed O Bo O Nether The pendulum O The mase spring system 2. A pendulum is hung from the celling of an elevator When the elevator accelerates spwards, the period 7 of the pendulum is the period when atrest 3 A390g mass is hung from the celling by a string of length 1.30m and mass 0.00270kg. The string is plucked and a transverse wave travels through it. What is the speed of the transverse wave? 135 72
1. Consider two systems experiencing simple harmonic motion a mass spring system and a pendukum Which of these systems would experience a change in frequency If the mass in the system were changed O Bo O Nether The pendulum O The mase spring system 2. A pendulum is hung from the celling of an elevator When the elevator accelerates spwards, the period 7 of the pendulum is the period when atrest 3 A390g mass is hung from the celling by a string of length 1.30m and mass 0.00270kg. The string is plucked and a transverse wave travels through it. What is the speed of the transverse wave? 135 72
Related questions
Question

Transcribed Image Text:1. Consider two systems experiencing simple harmonic motion: a mass-spring system and a pendulum. Which of these systems would experience a change in frequency if the mass in the system were
changed?
O Both
ONeither
The pendulum
O The mase spring system
2 A pendulum is hung from the ceiling of an elevator When the elevator accelerates upwards, the period 7 of the pendulum is
the period when at rest
3.43 90kg mass is hung from the ceiling by a string of length 1.30m and mass 0.00270kg. The string is plucked and a transverse wave travels through it. What is the speed of the transverse wave?
135 72
Expert Solution

This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps
