Embedded Files
Learning Outcomes:
Learning Outcomes:
From Chapter 1 Measurement:
- state what is meant by scalar and vector quantities and give common examples of each
From Chapter 2 Kinematics:
- state what is meant by speed and velocity
- calculate average speed using distance travelled / time taken
- state what is meant by uniform acceleration and calculate the value of an acceleration using change in velocity / time taken
- interpret given examples of non-uniform acceleration
- plot and interpret a displacement-time graph and a velocity-time graph
- deduce from the shape of a displacement-time graph when a body is:
- deduce from the shape of a velocity-time graph when a body is:
- calculate the area under a velocity-time graph to determine the displacement travelled for motion with uniform velocity or uniform acceleration
- state that the acceleration of free fall for a body near to the Earth is constant and is approximately 10 m/s2
- describe the motion of bodies with constant weight falling with or without air resistance, including reference to terminal velocity
LESSON VIDEOS
LESSON VIDEOS
2.1a Scalar and Vector
2.1a Scalar and Vector
2.1b Distance and Displacement
2.1b Distance and Displacement
2.2a Speed and Velocity
2.2a Speed and Velocity
2.2b Acceleration
2.2b Acceleration
2.2c Calculating Acceleration using Formula
2.2c Calculating Acceleration using Formula
2.2d Uniform and Non-uniform Acceleration
2.2d Uniform and Non-uniform Acceleration
2.3a Displacement time graph = 0 (phet)
2.3a Displacement time graph = 0 (phet)
2.3b Displacement time graph = horizontal (phet)
2.3b Displacement time graph = horizontal (phet)
2.3c Displacement time graph = constant (phet)
2.3c Displacement time graph = constant (phet)
2.3d Displacement time graph = negative (phet)
2.3d Displacement time graph = negative (phet)
2.3e Displacement time graphs Part 1
2.3e Displacement time graphs Part 1
2.3f Displacement time graphs Part 2
2.3f Displacement time graphs Part 2
2.3g Velocity time graphs Part 1
2.3g Velocity time graphs Part 1
2.3h Velocity time graphs Part 2
2.3h Velocity time graphs Part 2
2.3i Distance = Area under graph
2.3i Distance = Area under graph
2.4a Acceleration due to gravity
2.4a Acceleration due to gravity
2.4b Free fall with air resistance
2.4b Free fall with air resistance
I DO, YOU DO, WE DO! LET'S PRACTICE!
I DO, YOU DO, WE DO! LET'S PRACTICE!
WS 2.1 Scalars & Vectors, Distance and displacement, Speed velocity and acceleration.pdfWS 2.1
WS 2.1
WS 2.2 Graphs of Motion.pdfWS 2.2
WS 2.2
WS 2.3 Acceleration due to Free Fall.pdfWS 2.3
WS 2.3
APPLETS TO TRY!
APPLETS TO TRY!
Play around with this applet to understand what are velocity and acceleration.
Play around with this applet to understand what are velocity and acceleration.
Play around with this applet to investigate the motion of constant acceleration and its graphs.
Play around with this applet to investigate the motion of constant acceleration and its graphs.
SELF-ASSESSMENT QUIZ
SELF-ASSESSMENT QUIZ
SUCCESS CRITERIA
SUCCESS CRITERIA
Page updated
Report abuse