Absolutely. On my GCSE website it is a suggested video that students could watch when studying this topic: www.gcsephysicsonline.com/newtons-first-and-second
To every action there is always an equal and opposite reaction.....so when a force (unbalanced) acts on a body, the body wants to give it's reaction and to give the reaction it accelerates to make a reaction force using F=ma ..so a body moves because of the unbalanced force
The correct way around to explain them.
Great video! Top level GCSE kids should watch this too!
Absolutely. On my GCSE website it is a suggested video that students could watch when studying this topic: www.gcsephysicsonline.com/newtons-first-and-second
Top stuff! A really good channel for obviously A-Level students, but also any students who, at GCSE, feel it’s not going far enough.
You think you get Newton's 3 laws after GCSEs but they seem to complicate it further at A Level
You're awesome. Thank you. 🙂👍
Thanks my dear 💃💃💃💃
If Action and reaction are equal and opposite to each other then why does a body move?...(Newton's third law of motion)
To every action there is always an equal and opposite reaction.....so when a force (unbalanced) acts on a body, the body wants to give it's reaction and to give the reaction it accelerates to make a reaction force using F=ma ..so a body moves because of the unbalanced force
Gravity is weight period.
W guy
My head hurts from revision... Any advice?
Paracetamol
@@PhysicsOnline brooo😂
@@PhysicsOnline LMFAOOO
If Action and reaction are equal and opposite to each other then why does a body move?...(Newton's third law of motion)
If Action and reaction are equal and opposite to each other then why does a body move?...(Newton's third law of motion)
Because the total forces on one of the objects are unbalanced so it can accelerate
It means that there is another odd force acting on one of the object