Science

Front 1

Distance

Back 1

How far

Front 2

Displacement

Back 2

How far you were from the start

Front 3

Average Speed

Back 3

How fast you covet a certain distance

Front 4

Velocity

Back 4

How fast your position changes

Front 5

Acceleration

Back 5

How fast your speed changes

Front 6

1st Law

Back 6

Object at rest stays at rest same with motion

Front 7

2nd Law

Back 7

Acceleration depends on how big the unbalanced force is

Front 8

3rd Law

Back 8

Every action has an equal and opposite reaction

Front 9

Net Force

Back 9

Sum of all forces

Front 10

Equilibrium

Back 10

Forces are balanced (Sum of all forces is zero)

Front 11

Types of Forces

Back 11

Tension, Fg, Friction, Normal, Applied Force

Front 12

Circular Motion

Back 12

An object in uniform circular experiencing a change in direction, not speed.

Front 13

Centripetal

Back 13

Center Pointing

Front 14

Period (T)

Back 14

Complete one full revolution.

Front 15

Momentum

Back 15

Mass in motion and it is a vector so directions matter

Front 16

What do you need to change momentum

Back 16

Force and Time (Impulse). Longer time = less force.

Front 17

Momentum is always what?

Back 17

Conserved as long as there is no outside forces.

Front 18

Inelastic Collisions

Back 18

Objects stick together (final velocities are the same)

Front 19

Elastic Collisions

Back 19

Bounce off eachother

Front 20

Kinetic Energy

Back 20

Conserved in elastic Collisions only.

Front 21

Kinetic Energy 2

Back 21

Energy of motion

Front 22

Energy

Back 22

Ability of potential to do work.

Front 23

Work

Back 23

Done when an object moves a distance

Front 24

Gravitational Potential Energy

Back 24

Energy stored in an objects height

Front 25

Conductors

Back 25

Loosely bound electrons (metals, water, humans)

Front 26

Insulators

Back 26

Tightly bound electrons

Front 27

Charging By Friction

Back 27

2 insulators that are rubbed together (insulator with greater attraction for electrons will steal from the other insulator leaving one + and the other -)

Front 28

Charging by Contact

Back 28

2 conductors. Charged conductor to a neutral and left with a charge opposite of the charge being held near it

Front 29

Charging by induction

Back 29

Hold a charge near a neutral conductor, ground the conductor, and it will be left with a charge opposite of the charge being held near it.

Front 30

Grounding

Back 30

Connect a charged conductor to the ground makes it neutral

Front 31

Electric Field

Back 31

Pointed away from a positive charge and towards a negative charge

Front 32

Voltage

Back 32

How much energy a charge gains or loses from one point to another