Physics

$0\text{ N}$

$25\text{ N}$

$50\text{ N}$

$100\text{ N}$

Mass and acceleration

Magnitude and direction

Speed and time

Weight and gravity

Dry road conditions

New brakes

Icy road conditions

Lower speed

Newton ($N$)

Watt ($W$)

Newton-meter ($N\cdot m$)

Joule per second ($J/s$)

$P = W \times t$

$P = W / t$

$P = t / W$

$P = W + t$

$1000\text{ J}$

$10\text{ J}$

$0\text{ J}$

$100\text{ J}$

Total energy of all particles

Average potential energy of the particles

Average kinetic energy of the particles

Total mass of the particles

Expansion

Phase change

Chemical reaction

Pressure increase

Length

Latent heat

Liquid volume

Loss of energy

$v = f \times \lambda$

$v = f / \lambda$

$v = \lambda / f$

$v = f + \lambda$

X-rays

Microwaves

Radio waves

Gamma rays

Rarefactions

Crests

Troughs

Compressions

The rate of flow of charge

The electrical potential difference

The total energy used

The resistance of the wire

The total resistance is the sum of individual resistances

The current through each resistor is always the same

The total resistance is less than the smallest individual resistance

The voltage across each resistor is different

To increase the current

To change the resistance

To open or close the circuit

To protect against short circuits

$3\text{ hours}$

$4\text{ hours}$

$6\text{ hours}$

$12\text{ hours}$

Proton

Neutron

Alpha particle

Electron

To keep the waste warm

To prevent radiation from escaping into the environment

To make the containers easier to carry

To speed up the decay process