One or more eternal forces are exerted on each object enciosed in a dashed box shown in the figures below. Identify the reaction to cach of these foroes. (Assume that (a). (b) and (c) omur on Earth while (e). (e) and () acur far from any outside gravitational influences. Select all that ap Contact for Field feren lron (2) the spring exerts a force O upward on the Earth E to the left on the hand to the right on the hand O to the right on the wall O downward on the Earth O to the left on the wall (b) the wagon exerts a force O downward on the Earth due to gravitational attraction O downward on the Earth due to contact O upward on the Earth due to gravitational attraction O upvard to the let an the handle O upward on the Earth due to contact O downward to the left on the handle (C) the ball exerts a force Supward on the Earth O upward to the right on the player O downward to the right on the player O downward to the left on the player O downward on the Earth (e) mexerts a force O to the ieft on M O downward on M O upward on M O to the right onM (e) - exerts a force O to the left on o O upward on Q O downward on Q O to the right on Q ) the iron oerts a force

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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One ar more external forces are exerted an each abject endosed in a dashed bax shown in the figures below. Identify the reaction to each of these forces. (Assume that (a), (b) and (c) occur an Earth while (d), (e) and (f) occur far from any outside gravitational influences. Select all that apply.)
Contact forc
sen
www.C
Firld forcen
----
M
Jron
the spring exerts a force
O upward an the Earth
O to the left on the hand
to the right on the hand
In to the right on the wall
O downward on the Earth
O to the left on the wall
(b) the wagon exerts a force
O downward on the Earth due to gravitational attraction
O downward on the Earth dun to contact
O upward on the Earth due to gravitational attraction
O upward to the left on the handle
O upward on the Earth due to contact
O downward to the left on the handie
(c) the ball exerts a force
V upward on the Earth
O upward to the right an the player
O downward to the right on the player
O downward to the left on the player
O downward on the Earth
(d) m exerts a force
O to the left on M
O downward on M
O upward on M
O to the right on M
(e) -g exerts a force
O to the left on O
O upward on Q
O downward an Q
O to the right on Q
(f) the iron exerts a force
O upward on the magnet
O to the right on the magnet
O to the left on the magnet
O downward on the magnet
Transcribed Image Text:One ar more external forces are exerted an each abject endosed in a dashed bax shown in the figures below. Identify the reaction to each of these forces. (Assume that (a), (b) and (c) occur an Earth while (d), (e) and (f) occur far from any outside gravitational influences. Select all that apply.) Contact forc sen www.C Firld forcen ---- M Jron the spring exerts a force O upward an the Earth O to the left on the hand to the right on the hand In to the right on the wall O downward on the Earth O to the left on the wall (b) the wagon exerts a force O downward on the Earth due to gravitational attraction O downward on the Earth dun to contact O upward on the Earth due to gravitational attraction O upward to the left on the handle O upward on the Earth due to contact O downward to the left on the handie (c) the ball exerts a force V upward on the Earth O upward to the right an the player O downward to the right on the player O downward to the left on the player O downward on the Earth (d) m exerts a force O to the left on M O downward on M O upward on M O to the right on M (e) -g exerts a force O to the left on O O upward on Q O downward an Q O to the right on Q (f) the iron exerts a force O upward on the magnet O to the right on the magnet O to the left on the magnet O downward on the magnet
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