Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
6. A simple pendulum passes through the lowest point in its swing at 1.25 m/s. In order to find the maximum height that the pendulum swings to above this point you will need: A) the pendulum's mass. B) the pendulum's length. C) both the pendulum's mass and its length. D) no additional information. besg mikem o

6. A simple pendulum passes through the lowest point in its swing at 1.25 m/s. In order to find the maximum height that the pendulum swings to above this point you will need: A) the pendulum's mass. B) the pendulum's length. C) both the pendulum's mass and its length. D) no additional information. besg mikem o

icon
Related questions
Question
Answer question 6
Sprig a stop watch he calculates the time period of oscillation. If he wishes to calculate the spring constant, what other piece of equipment will he need? * A student observes an unknown mass oscillate horizontally on the end of an ideal spring. A) a balance B) a meter stick C) a photogate D) a stroboscope released. It has a time period of 3.17 s and a maximum speed of 1.72 m/s. If the same pendulum is pulled over 10° and released what will be the new time period and the new maximum speed? New Period New Maximum Speed A) 1.59 s 0.863 m/s B) 3.17 s 0.863 m/s C) 1.59 s 1.72 m/s D) 3.17 s 1.72 m/s 6. A simple pendulum passes through the lowest point in its swing at 1.25 m/s. In order to find the maximum height that the pendulum swings to above this point you will need: A) the pendulum's mass. B) the pendulum's length. C) both the pendulum's mass and its length. D) no additional information. besqe mumikm t aas uAE mittixar od abnt sia noisllo o m 8sa.0 od of boog mumizsm ori bnil e spe pear exb goiceu me o abuet bo s nosn odt bas ona owiod tho ad bomslened RW Y A anwao a to sdates gnine oitt of bon
Transcribed Image Text:Sprig a stop watch he calculates the time period of oscillation. If he wishes to calculate the spring constant, what other piece of equipment will he need? * A student observes an unknown mass oscillate horizontally on the end of an ideal spring. A) a balance B) a meter stick C) a photogate D) a stroboscope released. It has a time period of 3.17 s and a maximum speed of 1.72 m/s. If the same pendulum is pulled over 10° and released what will be the new time period and the new maximum speed? New Period New Maximum Speed A) 1.59 s 0.863 m/s B) 3.17 s 0.863 m/s C) 1.59 s 1.72 m/s D) 3.17 s 1.72 m/s 6. A simple pendulum passes through the lowest point in its swing at 1.25 m/s. In order to find the maximum height that the pendulum swings to above this point you will need: A) the pendulum's mass. B) the pendulum's length. C) both the pendulum's mass and its length. D) no additional information. besqe mumikm t aas uAE mittixar od abnt sia noisllo o m 8sa.0 od of boog mumizsm ori bnil e spe pear exb goiceu me o abuet bo s nosn odt bas ona owiod tho ad bomslened RW Y A anwao a to sdates gnine oitt of bon
Expert Solution
steps

Step by step

Solved in 3 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer