Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
B Speed @ A = Max; Acceleration @ A = Zero; Restoring force @ B. = Max O Speed @ B = Max; Acceleration @ A = Max; Restoring force @ A&C = Max O Speed @ B = Zero; Acceleration @ B = Zero; Restoring force @ A& C = Zero O Speed @ A = Zero; Acceleration @ B = Max; Restoring force @ A, B & C = Max

B Speed @ A = Max; Acceleration @ A = Zero; Restoring force @ B. = Max O Speed @ B = Max; Acceleration @ A = Max; Restoring force @ A&C = Max O Speed @ B = Zero; Acceleration @ B = Zero; Restoring force @ A& C = Zero O Speed @ A = Zero; Acceleration @ B = Max; Restoring force @ A, B & C = Max

icon
Related questions
Question

18

This pendulum is oscillating back and forth between position A and C. Speed @ A = Max; Acceleration @ A = Zero; Restoring force @ В = Max O Speed @ B = Max; Acceleration @ A = Max; Restoring force @ A& C 3 Маx Speed @ B = Zero; Acceleration @ B = Zero; Restoring force @ A & C = Zero Speed @ A = Zero; Acceleration @ B = Max; Restoring force @ A, B &C: = Max
Transcribed Image Text:This pendulum is oscillating back and forth between position A and C. Speed @ A = Max; Acceleration @ A = Zero; Restoring force @ В = Max O Speed @ B = Max; Acceleration @ A = Max; Restoring force @ A& C 3 Маx Speed @ B = Zero; Acceleration @ B = Zero; Restoring force @ A & C = Zero Speed @ A = Zero; Acceleration @ B = Max; Restoring force @ A, B &C: = Max
Expert Solution
Step 1

motion of simple pendulum is given by: x=Acos(\omega t)

thus, v=-A\omega sin(\omega t)

and   a= -A(\omega)^2 cos(\omega t)

 

 

steps

Step by step

Solved in 2 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer