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Problem Five. An object in simple harmonic motion is described by the figure. (THIS IS AN EXAM QUESTION.) 10.) Find the angular frequency in rad/s. (A) 1.27 (D) 1.57 (B) 4.43 (E) 6.89 (C) 8.89 2.00 1.00 0.00- -1.00 -2.00 x (cm) n t(s) 11.) Find the maximum speed in cm/s. (A) 9.87 (B) 6.28 (C) 7.86 (D) 3.97 (E) 3.14 12.) Find the velocity when t = 1.70 s. Give an answer in cm/s. (A) 5.59 (B) 1.43 (C)-3.66 (D) 2.97 (E) 4.52 13.) Find the time when the position is half the amplitude. Give an answer in s. (A) 0.667 (B) 0.595 (C) 0.376 (D) 1.97 (E) 4.52 14.) If the graph represents a pendulum, how long is the pendulum? Give in answer in m. (A) 1.52 (B) 8.67 (C) 3.97 (D) 2.47 (E) 4.89 15.) If the graph represents a 1.00-kg mass on a spring, what is the spring constant? Give an answer in N/m. (A) 1.52 (B) 4.67 (C) 2.47 (D) 8.89 (E) 3.46

Problem Five. An object in simple harmonic motion is described by the figure. (THIS IS AN EXAM QUESTION.) 10.) Find the angular frequency in rad/s. (A) 1.27 (D) 1.57 (B) 4.43 (E) 6.89 (C) 8.89 2.00 1.00 0.00- -1.00 -2.00 x (cm) n t(s) 11.) Find the maximum speed in cm/s. (A) 9.87 (B) 6.28 (C) 7.86 (D) 3.97 (E) 3.14 12.) Find the velocity when t = 1.70 s. Give an answer in cm/s. (A) 5.59 (B) 1.43 (C)-3.66 (D) 2.97 (E) 4.52 13.) Find the time when the position is half the amplitude. Give an answer in s. (A) 0.667 (B) 0.595 (C) 0.376 (D) 1.97 (E) 4.52 14.) If the graph represents a pendulum, how long is the pendulum? Give in answer in m. (A) 1.52 (B) 8.67 (C) 3.97 (D) 2.47 (E) 4.89 15.) If the graph represents a 1.00-kg mass on a spring, what is the spring constant? Give an answer in N/m. (A) 1.52 (B) 4.67 (C) 2.47 (D) 8.89 (E) 3.46

Physics for Scientists and Engineers: Foundations and Connections
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter16: Oscillations
Section: Chapter Questions
Problem 28PQ: We do not need the analogy in Equation 16.30 to write expressions for the translational displacement...
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Problem Five. An object in simple harmonic motion is described by the figure. (THIS IS AN EXAM QUESTION.) 10.) Find the angular frequency in rad/s. (A) 1.27 (D) 1.57 (B) 4.43 (E) 6.89 (C) 8.89 2.00 1.00 0.00- -1.00 -2.00 x (cm) n t(s) 11.) Find the maximum speed in cm/s. (A) 9.87 (B) 6.28 (C) 7.86 (D) 3.97 (E) 3.14 12.) Find the velocity when t = 1.70 s. Give an answer in cm/s. (A) 5.59 (B) 1.43 (C)-3.66 (D) 2.97 (E) 4.52 13.) Find the time when the position is half the amplitude. Give an answer in s. (A) 0.667 (B) 0.595 (C) 0.376 (D) 1.97 (E) 4.52 14.) If the graph represents a pendulum, how long is the pendulum? Give in answer in m. (A) 1.52 (B) 8.67 (C) 3.97 (D) 2.47 (E) 4.89 15.) If the graph represents a 1.00-kg mass on a spring, what is the spring constant? Give an answer in N/m. (A) 1.52 (B) 4.67 (C) 2.47 (D) 8.89 (E) 3.46
Transcribed Image Text:Problem Five. An object in simple harmonic motion is described by the figure. (THIS IS AN EXAM QUESTION.) 10.) Find the angular frequency in rad/s. (A) 1.27 (D) 1.57 (B) 4.43 (E) 6.89 (C) 8.89 2.00 1.00 0.00- -1.00 -2.00 x (cm) n t(s) 11.) Find the maximum speed in cm/s. (A) 9.87 (B) 6.28 (C) 7.86 (D) 3.97 (E) 3.14 12.) Find the velocity when t = 1.70 s. Give an answer in cm/s. (A) 5.59 (B) 1.43 (C)-3.66 (D) 2.97 (E) 4.52 13.) Find the time when the position is half the amplitude. Give an answer in s. (A) 0.667 (B) 0.595 (C) 0.376 (D) 1.97 (E) 4.52 14.) If the graph represents a pendulum, how long is the pendulum? Give in answer in m. (A) 1.52 (B) 8.67 (C) 3.97 (D) 2.47 (E) 4.89 15.) If the graph represents a 1.00-kg mass on a spring, what is the spring constant? Give an answer in N/m. (A) 1.52 (B) 4.67 (C) 2.47 (D) 8.89 (E) 3.46
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