22055233 A Level Physics Wjec

Front 1

What is average speed and instantaneous speed?

Back 1

1. Rate of change of distance

2.rate at which distance is changing

Hint 1

Dist

Front 2

What is average and instantaneous velocity?

Back 2

1.rate of change of displacement.

2.rate at which displacement is changing.

Hint 2

Not dist

Front 3

What is average acceleration and instantaneous acceleration?

Back 3

1. Rate of change of velocity.

2.rate at which velocity is changing.

Hint 3

Not dist or displacement

Front 4

(Equations of motion)

When x is missing ?

Back 4

V=u+at

Hint 4

V is the subject

Front 5

(Equations of motion)

Without u?

Back 5

X=vt-1/2at^2

Hint 5

1/2

Front 6

(Equations of motion)

Without v?

Back 6

X=ut+1/2at^2

Hint 6

1/2

Front 7

(Equations of motion)

Without a?

Back 7

X=1/2(u+v)t

Hint 7

t is last

Front 8

(Equations of motion)

Without t?

Back 8

V^2=u^2+2ax

Hint 8

V^2 is the subject

Front 9

Equation for linear momentum

Back 9

P=mass x velocity

Front 10

Ni (Newton’s first law)?

Back 10

An object continues moving at a constant speed in a straight line, or remains at rest, unless acted upon by a resultant force.

Hint 10

Objects stay as they are

Front 11

Nii (Newton’s second law)

Back 11

The rate of change of an objects momentum is proportional to the resultant force acting on it.

Hint 11

Proportion

Front 12

Niii (Newton’s third law)

Back 12

If a exerts a force on b then be will exert an equal but opposite force on a.

Hint 12

a<->b

Front 13

Conservation of momentum

Back 13

The vector sum of momentum in a system stays constant provided there is no external resultant forces acting on that system.

Hint 13

M1u1+m2u2=m1v1+m2v2

Front 14

Name the four types of collision

Back 14

Elastic collisions

Inelastic collisions

Perfectly inelastic collisions

Explosive collisions

Front 15

What is the symbol for momentum?

Back 15

P

Front 16

Equations for force?

Back 16

F=ma

Sum of F= p-weight

Hint 16

Add more

Front 17

What is conserved in elastic collisions

Back 17

Momentum and kinetic energy

Front 18

What is conserved in elastic collisions

Back 18

Momentum and kinetic energy

Front 19

What is conserved in inelastic collisions

Back 19

Momentum Ke is converted to other forms

Front 20

What is conserved in elastic collisions

Back 20

Momentum and kinetic energy

Front 21

What is conserved in inelastic collisions

Back 21

Momentum Ke is converted to other forms

Front 22

How does momentum act in explosive collisions?

Back 22

There is no momentum before the collision and no momentum after the collision

Front 23

Equation for kinetic energy?

Back 23

1/2mv^2

Front 24

Equation for gravitational potential energy?

Back 24

Pe=mgh

Front 25

Equations for power?

Back 25

Power= work done over time

Power = (force x distance) over time

Power =force x velocity

Front 26

Equation for work done?

Back 26

Wd = force x distance

Front 27

To find spring constant?

Back 27

Mass x gravity= k x extension

Front 28

Clues for when a strong nuclear force is involved In a reaction?

Back 28

Involves on hadrons/ quark make ups

Reaction has a very short lifetime, less than a second.

Front 29

Clues for when a reaction involves a weak nuclear force?

Back 29

Neutrinos involved?

Change in quark flavour?

Long lifetime (longer than a second)

Front 30

Clues for when a reaction involves a weak nuclear force?

Back 30

Neutrinos involved?

Change in quark flavour?

Long lifetime (longer than a second)

Front 31

Clues for a reaction with EM force?

Back 31

Do all particles have charge?

Including any photons? (Gamma radiation)