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Bell Ringer 29 June 2009

Bell Ringer 29 June 2009. LT: Describe how acceleration over a period of time affects the velocity of an object. Discuss with your team which forces applied

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Terms associated with motion Position Time Distance Speed Velocity Acceleration Force Mass

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Page 1: Bell Ringer 29 June 2009. LT: Describe how acceleration over a period of time affects the velocity of an object. Discuss with your team which forces applied

Bell Ringer

29 June 2009

Page 2: Bell Ringer 29 June 2009. LT: Describe how acceleration over a period of time affects the velocity of an object. Discuss with your team which forces applied

• LT: Describe how acceleration over a period of time affects the velocity of an object.

• Discuss with your team which forces applied to a race car are responsible for its constantly changing state of motion around a circular track.

Page 3: Bell Ringer 29 June 2009. LT: Describe how acceleration over a period of time affects the velocity of an object. Discuss with your team which forces applied

Terms associated with motion

• Position• Time• Distance• Speed• Velocity• Acceleration• Force• Mass

Page 4: Bell Ringer 29 June 2009. LT: Describe how acceleration over a period of time affects the velocity of an object. Discuss with your team which forces applied

Definitions

• Position = location at a given time• Distance = change in position (e.g., 2 m)• Speed = (change in position)/time (4 m/s)• Velocity = speed & direction (+3m/s, -5m/s)• Acceleration = (change of velocity)/time

– change in speed implies acceleration– change in direction implies acceleration

Page 5: Bell Ringer 29 June 2009. LT: Describe how acceleration over a period of time affects the velocity of an object. Discuss with your team which forces applied

Putting it all together

• Acceleration ramp (acceleration, time1)

• Constant velocity plane (distance, time2)• What is relationship between the acceleration

and time1 on ramp and the velocity on the horizontal plane?