Using Newton's 3rd Law in Tennis to Win

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Homework Help Overview

The discussion revolves around applying Newton's 3rd Law in the context of tennis and related scenarios, focusing on how action and reaction forces can be utilized to gain advantages in sports activities.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants share various examples of Newton's 3rd Law, including hitting a tennis ball, using a springboard, and jumping on a trampoline. Some participants question the validity of their examples and seek clarification on the law's application.

Discussion Status

Several examples have been proposed, with participants reflecting on their understanding of Newton's 3rd Law. There is an ongoing exploration of different scenarios, and some guidance has been offered regarding the relevance of the examples. However, there is no explicit consensus on the correctness of the examples provided.

Contextual Notes

Participants express uncertainty about their examples and seek further clarification on the application of Newton's Laws, indicating a learning environment where assumptions and definitions are being examined.

Navarone666
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Homework Statement


In three different situations, clearly describe how you use Newton's 3rd law to your advantage.


Homework Equations


N/A


The Attempt at a Solution


Because of Newton's 3rd law, I know that when I am playing tennis, the harder I hit the tennis ball, the faster it will go towards my opponent, making it easier to score. This is because the tennis ball will have equal magnitude as the action force I exert on it.
(NOTE: My physics teacher read this and told me it was a bad example as it could be used for and example displaying Newton's 2nd law.)
 
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Actually the relevant equations would be Newton's Laws. Could you please list them, and then think of another example of the 3rd Law?
 
Well, This is like my first year of real physics, so I am guessing a related formula would be:
FNET=ma
And another example I can think of...umm, gimme a bit to think.
 
Using a springboard to jump over an obstacle, knowing that the magnitude of my action force that I apply on the springboard will be equal to the magnitude of the reaction force it applies on me, I know the harder I push down on the springboard the higher it will launch me, thus takign advantage of Newtons third law.
Hows that?
 
An advantage i had would involve me standing on a trampoline..where when i jump and land i would be thrown back into the air at a height depending on the force that i had exerted coming down, so if i held a heavy weight which was heavy enough to allow me to jump...when I came down from a jump i would exert more force on the trampoline and I would go higher then before...

I think that would be a valid answer but i may be wrong...
 
Eddard said:
An advantage i had would involve me standing on a trampoline..where when i jump i would be thrown back into the air at a height depending on the force i exerted coming down, so if i held a heavy weight which was heavy enough to allow me to jump...when I came down from a jump i would exert more force on the trampoline and I would go higher then i normaly would...

I think that would be a valid answer but i may be wrong...

In my opinion, to take advantage to that you would have to release the weight just as you are bouncing back up, because then you would have the magnitude of the weight and your body mass acting on just you and not the weight, giving you extra height. In my opinion.
 

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