The pinball machine paddle, P, pushes the pinball which weighs 0.7 N along the slot shown. This image is atop view and all of the motion takes place in the horizontal plane. The paddle rotates about fixed pointdoradwith a constant angular velocity of t1.1.and the distance d = 93mm,0d.--rAt the instant shown, 0-34° and = 37°Pb. what is the acceleration of the pinball in the radial direction ? =c. What is the acceleration of the pinball in the transverse direction?a=d. What is the magnitude of the normal force of the slot on the pinball? N =e. What is the magnitude of the force of the paddle on the pinball? F₂=772

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The pinball machine paddle, P, pushes the pinball which weighs 0.7 N along the slot shown. This image is a top view and all of the motion takes place in the horizontal plane. The paddle rotates about fixed point do rad 1.1. with a constant angular velocity of t and the distance d = 93mm,

The pinball machine paddle, P, pushes the pinball which weighs 0.7 N along the slot shown. This image is a top view and all of the motion takes place in the horizontal plane. The paddle rotates about fixed point do rad 1.1. with a constant angular velocity of t and the distance d = 93mm,

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Problem 1.1MA

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Question

The pinball machine paddle, P, pushes the pinball which weighs 0.7 N along the slot shown. This image is a
top view and all of the motion takes place in the horizontal plane. The paddle rotates about fixed point
do
rad
with a constant angular velocity of t
1.1.
and the distance d = 93mm,
0
d.
--r
At the instant shown, 0-34° and = 37°
P
b. what is the acceleration of the pinball in the radial direction ? =
c. What is the acceleration of the pinball in the transverse direction?a=
d. What is the magnitude of the normal force of the slot on the pinball? N =
e. What is the magnitude of the force of the paddle on the pinball? F₂=
772

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