Applying a force perpendicular to an object moving in the x direction.

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Homework Help Overview

The discussion revolves around the effects of applying a force perpendicular to an object that is moving in the x direction. Participants explore how this force influences the object's velocity in both the x and y directions.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants attempt to reason through the implications of applying a perpendicular force, questioning whether it affects the magnitude of velocity in the x direction and how it influences the y direction. They also discuss the nature of constant perpendicular force and its effects on velocity direction.

Discussion Status

Some participants express confidence in their understanding of the effects on velocity magnitude and direction, while others seek clarification on the implications of constant perpendicular force. The conversation reflects a mix of agreement and uncertainty, with various interpretations being explored.

Contextual Notes

Participants note that the applied force is always perpendicular to the motion, which is a key assumption in their reasoning. There is a recognition of the need to consider projectile motion concepts in relation to the problem.

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Homework Statement


consider an object moving in the x direction.(1) I f you were to apply a force perpendicular to the x direction, would the magnitude of the velocity of the object in the x direction change?(2) would the magnitude of the velocity in the y direction change.(3) if you were to constantly apply a force perpendicular to the motion of an object, would the magnitude of the velocity of the object change?(4) would the direction of the velocity change? this isn't really a homework question just some stuff I am trying to understand...


Homework Equations





The Attempt at a Solution

(1) i don't think it would,just the direction(2)yes i think so(3)idk(4)yes
 
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Yes, you have the answers correct for 1, 2, and 4 (although it appears you are unsure). Regarding (3), think of this as a projectile motuion problem.
 
on 3 it would change in the direction at which you apply force but not in the direction of the motion of the object?
 
The direction of the applied force is given as always perpendicular to the object, so that does not change, but the applied force causes an acceleration in the vertical direction, and the acceleration requires a change in velocity in the vertical direction.
 

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