I know that force is constant. Is it happened for momentum, so what is reaction force in this situation. Please clear or believe me that in 1st and 2nd both situation reaction force is same. Thanks 🙏🙏
First read it ...🖐 Please give me the answer.. Suppose an object dropped from 100 metres and same object dropped from 1 metres so why in the first situation the object will get very reaction force why not for 2nd situation?
Because for first situation will get high gravitational acceleration as it is dropped from 100m than the second case. As the gravitational acceleration increases means the force acting on the object increases and so the reaction force will get same magnitude as it has force, with opposite direction. BTW, Here in this channel I provide many interesting problem solution of maths not physics. So, I may not able to explain you in proper way but yes, I try to explain you a little bit from how much I know physics. I think that will help you to approach to your ans. a slight. If you are new in this channel plz do subscribe. Thank you for your comment.
@@amitbro3326No ... it's not wrong the gravitational acceleration means the increases of velocity by 9.8 m/s by per second after an object falling towards earth. By 2s the velocity of the object will be 19.6m/s and so on. By which quantity the velocity is increasing in per second is constant but the gravitational acceleration will increase as long as the object falling towards the earth. So, that's why the object falling from a far distance has a large amount of force as it's velocity increases by 9.8 m/s per second. I think you will get it now.👍
First read my first comment then 2nd🙏🙏🙏🙏🙏🙏🙏🙏
I know that force is constant.
Is it happened for momentum, so what is reaction force in this situation.
Please clear or believe me that in 1st and 2nd both situation reaction force is same. Thanks 🙏🙏
First read it ...🖐
Please give me the answer..
Suppose an object dropped from 100 metres and same object dropped from 1 metres so why in the first situation the object will get very reaction force why not for 2nd situation?
Because for first situation will get high gravitational acceleration as it is dropped from 100m than the second case. As the gravitational acceleration increases means the force acting on the object increases and so the reaction force will get same magnitude as it has force, with opposite direction.
BTW, Here in this channel I provide many interesting problem solution of maths not physics. So, I may not able to explain you in proper way but yes, I try to explain you a little bit from how much I know physics. I think that will help you to approach to your ans. a slight.
If you are new in this channel plz do subscribe.
Thank you for your comment.
@@measthmatic_mathematics. . so can we say both situation have same reaction force?
@@measthmatic_mathematics. you get it wrong gravitational acceleration is constant is 9.8 😧😧
@@amitbro3326No ... it's not wrong the gravitational acceleration means the increases of velocity by 9.8 m/s by per second after an object falling towards earth. By 2s the velocity of the object will be 19.6m/s and so on. By which quantity the velocity is increasing in per second is constant but the gravitational acceleration will increase as long as the object falling towards the earth. So, that's why the object falling from a far distance has a large amount of force as it's velocity increases by 9.8 m/s per second. I think you will get it now.👍
@@amitbro3326No.