F = m/a
a = F/m
m = F/a
F = ma
Frequency
Force
Friction
Flux
Mass
Momentum
Magnitude
Magnetic field
Angular velocity
Amplitude
Altitude
Acceleration
It increases the acceleration.
It does not affect the acceleration.
It decreases the acceleration.
It eliminates the force.
300 N
3000 N
1000 N
30000 N
Force is inversely proportional to acceleration.
Force does not affect acceleration.
Force is directly proportional to acceleration.
Force cancels acceleration.
Vector, because it has both magnitude and direction.
Scalar, because it only has magnitude.
Tensor, because it involves stress.
Unitless, because it is a derived concept.
Acceleration doubles.
Acceleration halves.
Acceleration remains the same.
Acceleration triples.
Joules
Watts
Newtons
Kilograms
Acceleration halves.
Acceleration doubles.
Acceleration remains constant.
Acceleration triples.
An unbalanced force.
A balanced force.
A constant velocity.
No force.
The object remains in its current state of motion.
The object accelerates automatically.
The object loses mass.
The object stops immediately.
Acceleration remains the same.
Acceleration doubles.
Acceleration halves.
Acceleration becomes zero.
It quantifies the influence of forces on motion, allowing predictions.
It defines motion as being unrelated to forces.
It prevents objects from moving.
It describes motion as a seamless process.