Write properly and follow the units given in the answer box. Round your answers to 4 decimal places. DO NOT COPY FROM OTHERS PLEASE A particle moves along the path whose equation is r = 2θ ft. If the angle θ = t2 radians, determine the magnitudes of: a.) the velocity b.) the acceleration of the particle when θ is 60° c.) Show the directions of the velocity and the acceleration using illustrations.
Write properly and follow the units given in the answer box. Round your answers to 4 decimal places. DO NOT COPY FROM OTHERS PLEASE A particle moves along the path whose equation is r = 2θ ft. If the angle θ = t2 radians, determine the magnitudes of: a.) the velocity b.) the acceleration of the particle when θ is 60° c.) Show the directions of the velocity and the acceleration using illustrations.
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Write properly and follow the units given in the answer box. Round your answers to 4 decimal places.
DO NOT COPY FROM OTHERS PLEASE
A particle moves along the path whose equation is r = 2θ ft. If the angle θ = t2 radians,
determine the magnitudes of:
a.) the velocity
b.) the acceleration of the particle when θ is
60°
c.) Show the directions of the velocity and the acceleration using illustrations.
Transcribed Image Text:A particle moves along the path whose equation is r = 20 ft. If the angle 0 = t² radians,
determine the magnitudes of a.) the velocity and b.) the acceleration of the particle when 0 is
60°. c.) Show the directions of the velocity and the acceleration using illustrations.
ANSWERS
units
1. a.)
ft/s
b.)
ft/s
c.)
Show through illustrations
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