Two men pull horizontally on a box resting on a frictionless surface with ropes attached to the same point on the box. Man A pulls with 23.5 N of force at 34.0o N of W. Man B pulls with 45.0 N of force at 58.0o S of W.Use the space below to draw and label a reasonable diagram, showing compass directions, to illustrate the forces as they are actually applied to the box (as seen from above the box). Use the space below to draw and label a reasonable diagram to illustrate the addition of the forces (using the rule for vector addition). (1) Calculate the y-component of each force. (2) Find the total of the y-components. (1) Calculate the x-component of each force. (2) Find the total of the x-components. Calculate the magnitude of the resultant of the forces. Show all work. Calculate the compass direction of the resultant of the forces.

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Description: Two men pull horizontally on a box resting on a frictionless surface with ropes attached to the same point on the box. Man A pulls with 23.5 N of force at 34.0o N of W. Man B pulls with 45.0 N of force at 58.0o S of W.Use the space below to draw and

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University Physics Volume 1

18th Edition

ISBN:9781938168277

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

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

Chapter6: Applications Of Newton's Laws

Section: Chapter Questions

Problem 29P: Two muscles in the back of the leg pull upward on the Achilles tendon, as shown below. (These...

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Two men pull horizontally on a box resting on a frictionless surface with ropes attached to the same point on the box. Man A pulls with 23.5 N of force at 34.0^o N of W. Man B pulls with 45.0 N of force at 58.0^o S of W.
Use the space below to draw and label a reasonable diagram, showing compass directions, to illustrate the forces as they are actually applied to the box (as seen from above the box).

Use the space below to draw and label a reasonable diagram to illustrate the addition of the forces (using the rule for vector addition).

(1) Calculate the y-component of each force. (2) Find the total of the y-components.

(1) Calculate the x-component of each force. (2) Find the total of the x-components.

Calculate the magnitude of the resultant of the forces. Show all work.

Calculate the compass direction of the resultant of the forces.

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