PHYSICS IGCSE - FORCES AND MOTION
- Created by: Vicky Wilson
- Created on: 25-03-14 11:47
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- PHYSICS IGCSE - FORCES AND MOTION
- SPEED
- FORCES
- WEIGHT=force that acts on the body because of gravity.
- FORCES ARE MEASURED IN NEWTONS.
- FORCE, MASS & ACCELERATION
- Average speed = distance/time
- SPEED
- speed and distance are scalar because they don't take direction into account.
- Average speed = distance/time
- Average speed = distance/time
- ACCELERATION
- PHYSICS IGCSE - FORCES AND MOTION
- FORCES
- WEIGHT=force that acts on the body because of gravity.
- FORCES ARE MEASURED IN NEWTONS.
- FORCE, MASS & ACCELERATION
- FORCES
- Acceleration = change in velocity/time take
- Units = m/s (squared)
- PHYSICS IGCSE - FORCES AND MOTION
- VELOCITY -TIME GRAPHS
- Gradient =acceleration
- VELOCITY -TIME GRAPHS
- VELOCITY -TIME GRAPHS
- Straight lines = constant acceleration
- FRICTION= force that opposes motion.
- AIR RESISTANCE = friction between object and air it is moving through.
- UPTHRUST = upward force that liquids and gasses exert on objects.
- ELECTROSTATIC = the force between electrically charged objects.
- NORMAL REACTION = special name for an object pushing down on another object.
- TENSION = in strings/cables/ ropes that are being stretched.
- Force = mass x aceleration
- Thinking distance = distance before applying breaks
- Breaking distance = distance travelled whilst car is decelerating to stop.
- Breaking distance = distance travelled whilst car is decelerating to stop.
- Breaking distance = distance travelled whilst car is decelerating to stop.
- Aprox. gravity = 10m/s(squared)
- Weight = mass x gravitational field strength
- MOMENTUM
- Momentum = mass x velocity
- moment = force x perpendicular distance from pivot.
- Measured in Kg m/s
- MOMENTUM
- Momentum = mass x velocity
- moment = force x perpendicular distance from pivot.
- MOMENTUM
- Force = change in momentum/time taken
- F =ma
- For every action there is an equal and opposite reaction.
- The rate of change of momentum of a body is proportional to the force acting on it.
- unless there is a force acting on an object, it will continue to move in a straight line at constant speed or remain at rest.
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