The figure represents the velocity and the acceleration of a particle moving clockwise in a circle of radius 25.0 cm.At a certain instant of time,the magnitude of its acceleration,a = $The figure represents the velocity and the acceleration of a particle moving clockwise in a circle of radius 25.0 cm.At a certain instant of time,the magnitude of its acceleration,a = is 16.0 m/s2 and it makes an angle \theta = 20 \circ with position vector as shown in the figure.At this instant,find the speed,v = of the particle. A)4.01 m/s B)3.29 m/s C)2.12 m/s D)1.94 m/s E)0.235 m/s$ is 16.0 m/s² and it makes an angle

\theta

= 20^$\circ$ with position vector as shown in the figure.At this instant,find the speed,v = $The figure represents the velocity and the acceleration of a particle moving clockwise in a circle of radius 25.0 cm.At a certain instant of time,the magnitude of its acceleration,a = is 16.0 m/s2 and it makes an angle \theta = 20 \circ with position vector as shown in the figure.At this instant,find the speed,v = of the particle. A)4.01 m/s B)3.29 m/s C)2.12 m/s D)1.94 m/s E)0.235 m/s$ of the particle. $The figure represents the velocity and the acceleration of a particle moving clockwise in a circle of radius 25.0 cm.At a certain instant of time,the magnitude of its acceleration,a = is 16.0 m/s2 and it makes an angle \theta = 20 \circ with position vector as shown in the figure.At this instant,find the speed,v = of the particle. A)4.01 m/s B)3.29 m/s C)2.12 m/s D)1.94 m/s E)0.235 m/s$
A)4.01 m/s
B)3.29 m/s
C)2.12 m/s
D)1.94 m/s
E)0.235 m/s

A Racing Motorcycle Accelerates at a Constant Rate from Zero

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