Frictional Force Block Problem-VERY EASY But need HELP

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Homework Help Overview

The discussion revolves around a problem involving frictional forces acting on a block moving on a horizontal surface. The original poster describes a scenario with two opposing forces and seeks clarification on the impact of friction on the net force experienced by the block.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants explore the relationship between applied forces and friction, questioning the net force when the block moves at constant velocity. There is a discussion about the distinction between the net force and the frictional force.

Discussion Status

Some participants have provided insights into the nature of the forces involved, with one noting the importance of understanding that the problem asks for the frictional force rather than the net force. There is an ongoing exploration of the implications of constant velocity on the forces acting on the block.

Contextual Notes

Participants are navigating the definitions and implications of forces in the context of the problem, with some expressing uncertainty about the correctness of the original question and its phrasing.

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[SOLVED] Frictional Force Block Problem---VERY EASY But need HELP!

Homework Statement

 
Last edited:
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let me put it into simple terms that i understand haha

u got a force pushing it this way ----> that is 5 N strong

and a force pushing it this way <---- that is 3 N strong

so it should be going to the rightat 2 N but since there is friction it is actually less than 2 N! (between 0 and 2 depending on friction)
 
doesnt seem like it...shrug ur shoulders and scoff at whoever made that question and hope that your scoffing is deserved...cuz if its not...then u just look like a moron ahahah

I'm no expert but it seems to me that right answer is not present. **shrug**
 
physicsbhelp said:
A block moves with constant velocity on a horizontal surface.

Here's the key point: if the block is moving at a constant velocity, what is the net force on it? Carpe Mori pointed out what the two known forces do, so what must the frictional force be? [The answer is among the choices given, and it is not (d).]
 
o hahah i got it...it is asking for the frictional force not the net force acting on cube.

dyanamicsolo explained it well enough u should be able to figure it out now
 
physicsbhelp said:
? is that right


I believe it would be.

BTW, you don't need to submit another post to ask this question: you can edit your previous post. Please also don't "bump" threads -- people who are actively helping will check for post updates, so it isn't necessary to noodge them...
 
physicsbhelp said:
what do u mean by bump?

In (some) Internet forum parlance, "bumping a thread" means adding a post for the purpose of moving the thread heading to the top of the listing of active threads in the forum. (I guess if you didn't know what that was, that wasn't why you did it...)

In any event, a lot of the helpers can view the list of threads they are involved with in their User Control Panel (note the link "User CP" at the top left corner of the forum "page"). If a thread has been added to since the last time they checked, the heading will appear in boldface, so they know right away that someone has responded. (We are [usually] watching out for you here...)
 

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