The pinball machine paddle P pushes the pinball which has a mass of 150 g along the slot shown. Thisimage is a top view and all of the motion takes place in the horizontal plane. The paddle rotates aboutrad80 mm.and the distance dfixed point O with a constant angular velocity of 0O0d.At the instant shown, 30°r.= 20SePa. What is the acceleration of the pinball in the radial direction ? ar =b. What is the acceleration of the pinball in the transverse direction? ae =c. What is the magnitude of the normal force of the slot on the pinball? Nd. What is the magnitude of the force of the paddle on the pinball? Fcc i❀oBY NO SA2021 Joe Graberm8²m8²NN

Given:The mass of the pinball, The angular velocity of the paddle, The value of distance, The value…

The pinball machine paddle P pushes the pinball which has a mass of 150 g 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 rad 80 mm. fixed point O with a constant angular velocity of 0 = 20- and the distance d = O 0 d At the instant shown, = : 30° -r. S Φ P a. What is the acceleration of the pinball in the radial direction ? ar = b. What is the acceleration of the pinball in the transverse direction? ae = c. What is the magnitude of the normal force of the slot on the pinball? N = d. What is the magnitude of the force of the paddle on the pinball? F₂= cc 130 BY NO SA 2021 Joe Graber m 8² m 8² N N

The pinball machine paddle P pushes the pinball which has a mass of 150 g 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 rad 80 mm. fixed point O with a constant angular velocity of 0 = 20- and the distance d = O 0 d At the instant shown, = : 30° -r. S Φ P a. What is the acceleration of the pinball in the radial direction ? ar = b. What is the acceleration of the pinball in the transverse direction? ae = c. What is the magnitude of the normal force of the slot on the pinball? N = d. What is the magnitude of the force of the paddle on the pinball? F₂= cc 130 BY NO SA 2021 Joe Graber m 8² m 8² N N

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

The pinball machine paddle P pushes the pinball which has a mass of 150 g 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
rad
80 mm.
and the distance d
fixed point O with a constant angular velocity of 0
O
0
d.
At the instant shown, 30°
r.
= 20
S
e
P
a. What is the acceleration of the pinball in the radial direction ? ar =
b. What is the acceleration of the pinball in the transverse direction? ae =
c. What is the magnitude of the normal force of the slot on the pinball? N
d. What is the magnitude of the force of the paddle on the pinball? F
cc i❀o
BY NO SA
2021 Joe Graber
m
8²
m
8²
N
N

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Step 1: Determine radial and transverse acceleration of the pinball, normal force on the ball

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Step 2: Determine radial and transverse acceleration of the pinball

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Step 3: Determine normal force of the slot on the pinball, force of the paddle on the pinball

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