mechanics physics12 statics mechanics physics12 statics

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Mechanics Physics 12 Statics Mechanics Physics 12 Statics Statics Draw and interpret free-body diagrams to represent forces on an extended rigid body. Resolve forces into components and understand that in any direction the forces balance out. Understand that if a body is in equilibrium then all forces must act through a single point.

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Mechanics Physics12 Statics Mechanics Physics12 Statics Trig revision... adjacent hypotenuse opposite  X Xsin   Xcos 

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Page 1: Mechanics Physics12 Statics Mechanics Physics12 Statics

Mechanics

Physics12

StaticsMechanics

Physics12

Statics

Statics Draw and interpret free-body diagrams to represent forces on an extended rigid body.

Resolve forces into components and understand that in any direction the forces balance out.

Understand that if a body is in equilibrium then all forces must act through a single point.

Page 2: Mechanics Physics12 Statics Mechanics Physics12 Statics

Mechanics

Physics12

StaticsMechanics

Physics12

Statics

Statics...

...deals specifically with objects at rest and where there is no resultant force.

....deals with objects at EQUILBRIUM.

Page 3: Mechanics Physics12 Statics Mechanics Physics12 Statics

Mechanics

Physics12

StaticsMechanics

Physics12

Statics

Trig revision...

adjacent hypotenuse

opposite

q X

Xsinq

qXcosq

Page 4: Mechanics Physics12 Statics Mechanics Physics12 Statics

Mechanics

Physics12

StaticsMechanics

Physics12

Statics

Resolving vectors...

10

10sinq

q10cosq

q10 N

10sinq N

10co

sq N

Page 5: Mechanics Physics12 Statics Mechanics Physics12 Statics

Mechanics

Physics12

Statics

Statics

Equilibrium

Resolving

Key words you should now recognise...