A toy wagon is on a straight, horizontal track and has a fan attached to one end. The wagon is placed at one end of the track and the fan is connected. The wagon, which was at rest, begins to move and in 4.55s it has moved 1.5m. The mass of the car and the fan is 355g and we assume that it is moving with constant acceleration.a). What is the net force exerted on the wagon?b). Weights are added to the wagon until it has a mass of 722g and the experiment is repeated. How long will it take for the wagon to move 1.5 m? Ignore the effects of friction. 1. A toy wagon is on a straight, horizontal track and has a fan attached to one end. The wagon is placedat one end of the track and the fan is connected. The wagon, which was at rest, begins to move and in4.55s it has moved 1.5m. The mass of the car and the fan is 355g and we assume that it is moving withconstant acceleration.a. What is the net force exerted on the wagon?b. Weights are added to the wagon until it has a mass of 722g and the experiment is repeated. How longwill it take for the wagon to move 1.5 m? Ignore the effects of friction.

Given: m1=355 gs1=1.5 mt1=4.55 sm2=722 gs2=1.5 m To find: a). What is the net force exerted on the…

Answered: A toy wagon is on a straight,…

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter5: Newton's Law Of Motion

Section: Chapter Questions

Problem 72AP: Two small forces, F1=2.40i6.10tj N and F2=8.50i9.70j N , are exerted on a rogue asteroid by a pair...

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A toy wagon is on a straight, horizontal track and has a fan attached to one end. The wagon is placed at one end of the track and the fan is connected. The wagon, which was at rest, begins to move and in 4.55s it has moved 1.5m. The mass of the car and the fan is 355g and we assume that it is moving with constant acceleration.

a). What is the net force exerted on the wagon?

b). Weights are added to the wagon until it has a mass of 722g and the experiment is repeated. How long will it take for the wagon to move 1.5 m? Ignore the effects of friction.

1. A toy wagon is on a straight, horizontal track and has a fan attached to one end. The wagon is placed
at one end of the track and the fan is connected. The wagon, which was at rest, begins to move and in
4.55s it has moved 1.5m. The mass of the car and the fan is 355g and we assume that it is moving with
constant acceleration.
a. What is the net force exerted on the wagon?
b. Weights are added to the wagon until it has a mass of 722g and the experiment is repeated. How long
will it take for the wagon to move 1.5 m? Ignore the effects of friction.

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