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Different body
1st law of motion
3rd law of motion
1.different bodies
2.1st law of motion
3.3rd law of motion
Thank you sir for teaching this topic
Ответить1. different bodies
2.1st law of motion
3. can be explained by all laws but 3rd law is the most suitable
Different bodies
ОтветитьSame body
1st law
3rd law
3rd law
ОтветитьSecond law
ОтветитьSame body
ОтветитьWho's here in 2025😊?
ОтветитьI am now in 2035😂😂
ОтветитьWho are wathing in 2025❤❤
ОтветитьWhy is a rocket moving upward if there are equal forces??? Why is it not remain on the ground?? The upward force is greater
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ОтветитьAnswers:- 1. Action and Reaction forces act on the same body.
2. When a wet piece of cloth is taken, the water droplets fall off due to the inertia of rest. This is an example of the first law of motion.
3. Swimming is based on the third law of motion which is:- every action has an equal and opposite reaction. When we swim, we apply force by pushing the water backwards. The water in turn exerts a force pushing us forward.
q1= same body
q2 = newton's 1 law
q3 = swimming is newton's 3 law of motion as the swimmer pulls the water behind and the water pushes him ahead
but sir the first example the seatbelt one can also be newtons 3 law of motion as it states that every action has an opposite equal reaction when the brakes are applied u are thrown forward so it can also be newtons 3 law of motion
Ответитьho is loking in 2025🎉 they wil like
ОтветитьSame body, third law, third law of motion 🎉
Ответить1- same body,2-third law,3-third law
ОтветитьWho is here in 2025
ОтветитьQ1. Act on Different body
Q2. Newton 3rd low
Q3. Newton 3rd low
people who are watching in 2025
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he actually looks like daniel larusso from cobra kai
1.forces acts on different bodies
ОтветитьFirst one in 2025 ✋
Ответитьhow is seatbelt on back seat
ОтветитьSir ...these practical examples really clear the concept of all three laws of motion.... thanks a lot sir...once again thank you 😊🥰
ОтветитьNo.3.....3rd LAW...while swimming you push the water in backward direction , as a result, the water apply same force ( but opposite) in the forward direction...and it help us while swimming
ОтветитьNo.2.....1st LAW bcz if the wet cloth is shaken , the cloth comes into motion however the water drops maintain there position ( being at rest) due to inertia....and that's why the water droplets fall
ОтветитьNo.1 Acts on different bodies bcz these are opposite forces , and if these opposite forces acts on a single body , so then it must cancel the effect of each other... that's why they act on 2 different bodies
Ответить1. Different bodies
2. 1st law of motion due
Inertia of rest
3. 3rd law of motion
2 example extrodtnery 🎉🎉🎉🎉
ОтветитьDifferent bodies
Inertia,first law
Action, reaction 3rd law
Where are you from
Ответить1 Q- same bodies
2 Q- 1st law
3 Q-3rd law
Thank you
Ответить1 Question -different bodies
2 Question -first law
3 Question -3rd law
a car starts from rest and has a uniform acceleration of 2m s^-2 find the speed of the car after 5s help with this question because i did not understand please
Ответить1.same body
2.1st law of motion ( inertia of rest)
3.third law
1. Same body 2. 1st law of motion 3. push
Ответить1. Same body
2. 1st law (inertia of direction)
3. Swimming is Newton's third law of motion because we give force to the water of the water body by our hands and in return the water give some reaction force to us in the direction it is flowing.
If you liked please reply.
1)Same body
2) First law
3)Third law of motion
1.same body
2.1st law
3.3rd law
If it is correct reply to me
Three examples of Newton's three laws of motion are as follows :-
1. When my moving school bus suddenly stops, my body immediately leans forwards.
2. My hand hurts when I quickly stop a very fast cricket ball in motion.
3. While kayaking, I move forward every time I row backwards.
Q1-it will act only on different body
Q2- it is the first law of motion that is interia of rest
Q3-it is the third law of the motion due to the action and reaction..
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ОтветитьSame
2 nd law of motion
3rd law of motion
Q3=second law of motion
Q2=first law of motion
Q1=yes