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Mechanics Physics 12 Mass & weight Mechanics Physics 12 Mass & weight Mass & weight Understand the concept of inertia and it relation to mass. Understand that inertia is independent of the gravitational field strength it is in. Understand the term gravitational field strength (g)

Mechanics Physics12 Mass & weight Mechanics Physics12 Mass & weight

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Mechanics Physics12 Mass & weight Matter in the universe: 5% normal matter 25% dark matter 70% dark energy Higgs particle (BOSON): needed to account for mass Also need “graviton”

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Page 1: Mechanics Physics12 Mass & weight Mechanics Physics12 Mass & weight

Mechanics

Physics12

Mass & weightMechanics

Physics12

Mass & weight

Mass & weight Understand the concept of inertia and it relation to mass.

Understand that inertia is independent of the gravitational field strength it is in.

Understand the term gravitational field strength (g)

Page 2: Mechanics Physics12 Mass & weight Mechanics Physics12 Mass & weight

Mechanics

Physics12

Mass & weightMechanics

Physics12

Mass & weight

Mass & weight

g = gravitational field strength

F = ma

g = F/mp28,29

Page 3: Mechanics Physics12 Mass & weight Mechanics Physics12 Mass & weight

Mechanics

Physics12

Mass & weight

Matter in the universe:

5% normal matter

25% dark matter

70% dark energy

Higgs particle (BOSON):

needed to account for mass

Also need “graviton”

Page 4: Mechanics Physics12 Mass & weight Mechanics Physics12 Mass & weight

Mechanics

Physics12

Mass & weight

Page 5: Mechanics Physics12 Mass & weight Mechanics Physics12 Mass & weight

Mechanics

Physics12

Mass & weight

Page 6: Mechanics Physics12 Mass & weight Mechanics Physics12 Mass & weight

Mechanics

Physics12

Mass & weight

Page 7: Mechanics Physics12 Mass & weight Mechanics Physics12 Mass & weight

Mechanics

Physics12

Mass & weight

Inertia

Field strength

Key words you should now recognise...

Homework:

Read about the search for the Higg’s

boson.

Write a one page summary.