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Velocity and acceleration of a simple pendulum (20) I = 2m. TO, 0 = 0, 0' = 4 deg/s, 0" = 2 deg/s*s, Tf, 0 = 45 deg, 0' = 4 deg/s, 0" = 2 deg/s*s, Find the position(X0, YO, and Xf, Yf), the velocity(vx0, vy0, and vxf, vyf). and the acceleration(ax0, ay0, and axf, ayf) at t0 and tf

Velocity and acceleration of a simple pendulum (20) I = 2m. TO, 0 = 0, 0' = 4 deg/s, 0" = 2 deg/s*s, Tf, 0 = 45 deg, 0' = 4 deg/s, 0" = 2 deg/s*s, Find the position(X0, YO, and Xf, Yf), the velocity(vx0, vy0, and vxf, vyf). and the acceleration(ax0, ay0, and axf, ayf) at t0 and tf

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Velocity and acceleration of a simple pendulum(20) I = 2m. TO, 0 = 0, 0' = 4 deg/s, 0” = 2 deg/s*s, Tf, 0 = 45 deg, 0' = 4 deg/s, 0" = 2 deg/s*s, Find the position(X0, Y0, and Xf, Yf), the velocity(vx0, vy0, and vxf, vyf). and the acceleration(ax0, ay0, and axf, ayf) at t0 and tf
Transcribed Image Text:Velocity and acceleration of a simple pendulum(20) I = 2m. TO, 0 = 0, 0' = 4 deg/s, 0” = 2 deg/s*s, Tf, 0 = 45 deg, 0' = 4 deg/s, 0" = 2 deg/s*s, Find the position(X0, Y0, and Xf, Yf), the velocity(vx0, vy0, and vxf, vyf). and the acceleration(ax0, ay0, and axf, ayf) at t0 and tf
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