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#2
(Original post by shady2.0)
Discuss how newton;s laws of motion are related to angular motion
Discuss how newton;s laws of motion are related to angular motion
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#3
Firstly: Do you know what torque, angular velocity/displacement, moment of inertia is?
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well what I have in mind is the use of f=ma then using and force in angular motion...how does that sound?
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#5
(Original post by shady2.0)
well what I have in mind is the use of f=ma then using and force in angular motion...how does that sound?
well what I have in mind is the use of f=ma then using and force in angular motion...how does that sound?
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#7
(Original post by shady2.0)
yeah u knw try to change acceleration into mv/r^2
yeah u knw try to change acceleration into mv/r^2
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#8
(Original post by shady2.0)
yeah u knw try to change acceleration into mv/r^2
yeah u knw try to change acceleration into mv/r^2
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#10
(Original post by shady2.0)
yeah ofcourse
yeah ofcourse
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ohhh gat your point man ....well as I know there is a connection between circular and angular motion..am I right?
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#12
(Original post by shady2.0)
ohhh gat your point man ....well as I know there is a connection between circular and angular motion..am I right?
ohhh gat your point man ....well as I know there is a connection between circular and angular motion..am I right?
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yeah ...btw thank you man ...i;ll try to check up on that to see if I can come up with something useful
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#14
(Original post by shady2.0)
Discuss how newton;s laws of motion are related to angular motion
Discuss how newton;s laws of motion are related to angular motion
Acceleration is directly proportional to Unbalanced Force
Acceleration is inversely proportional to it's Mass
F= ma
I guess for an object to be in a motion as in angular motion , we need an unbalanced force as stated by Newton's 1st law (objects don't accelerate unless an unbalanced force is applied.. if unbalanced forces = 0 , then it would move at constant velocity or be at rest ).
So unbalanced force creates the velocity as in angular motions ( or force can be used instead of velocity when speaking)
When in angular motion, the object has a vertical component and a horizontal component.
The vertical component is under W=mg (which is almost F=ma)( g=9.8 m/s^2)
So it is under Newton's 2nd law as I stated at first!
Also, the horizontal component has no acceleration.
This is why the horizontal component is the same throughout the flight.
It continues with constant velocity according to Newton's 1st law of motion as no unbalanced force acts horizontally
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(Original post by NNB_Herath)
Hope this is the correct answer according to AS theories!
Hope this is the correct answer according to AS theories!
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#17
(Original post by shady2.0)
yeah I can see that is so cool and i think it is right ..thank you
yeah I can see that is so cool and i think it is right ..thank you
Happy to share my AS knowledge with you.
Ask me if you have any doubt, I shall try to help you!
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