Learn about Newton’s three laws, terminal velocity, contact and non-contact forces and free body diagrams with GCSE Bitesize Physics.

Newton’s Second Law of Motion states, “The force acting on an object is equal to the mass of that object times its acceleration.” ...

Revise Newton's three laws of motion using simple experiments, diagrams and example questions to show the link between forces and the bodies they act upon.

Newton's Third Law: For every force there is an equal and opposite force. ( I've already complained about the way most books talk about this one ) Yes, some books do it a little different---but ...

Newton's laws of motion, often perceived as abstract, are actually evident in everyday experiences. The first law explains inertia, demonstrated by seatbelts in cars. The second law, F=ma, clarifies ...

So, in one corner, we have the time-tested physical laws of Sir Isaac Newton; in the other corner, we have an anonymous proponent of fantasy rocketry. A closer reading supports this conclusion. In the ...

Human sperm can swim through surprisingly viscous fluids with ease – and they seemingly defy Newton's third law of motion to do so. To figure out how they slither through substances that should, in ...

Newton's laws pertain to the motion of massive bodies in an inertial reference frame, sometimes called a Newtonian reference frame, although Newton himself never described such a reference frame ...

It is the vector sum of all the forces. Applications Of Newton’s Second Law Of Motion Pushing a grocery cart: The more force you exert, the faster the cartwheel moves.

THE following simple relations1 between electromagnetic momentum, Poynting's vector of energy flow, and mass–energy equivalence do not appear to have received general recognition in connexion ...