Kinematics
v = u + at
v = final speed [m/s]
u = initial speed [m/s]
a = acceleration
[m/s2]
t = time [s]
s = ut + (1/2)at2
s = distance [m]
u = initial speed [m/s]
t = time [s]
a = acceleration
[m/s2]
v2 = u2 + 2as
v = final speed [m/s]
u = initial speed [m/s]
a = acceleration
[m/s2]
s = distance [m]
displacement-time
graph
Stationary; at rest; not
moving
displacement
time
Constant velocity;
constant gradient
displacement
time
Increasing velocity;
increasing gradient
displacement
time
Decreasing velocity;
decreasing gradient
displacement
time
distance travelled = d
d
displacement
time
velocity-time graph
zero velocity; no
acceleration; no gradient
velocity
time
constant acceleration;
velocity increasing
velocity
time
increasing acceleration;
velocity increasing
velocity
time
decreasing acceleration;
velocity increasing
velocity
time
constant deceleration;
velocity decreasing
velocity
time
increasing deceleration;
velocity decreasing
velocity
time
decreasing deceleration;
velocity decreasing
velocity
time
Distance travelled = A
velocity
time
A
Distance travelled = A + B
velocity
time
A B
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Flash formula kinematics

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Flash card on kinematics concept

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Flash formula kinematics

  1. 1. Kinematics
  2. 2. v = u + at
  3. 3. v = final speed [m/s]
  4. 4. u = initial speed [m/s]
  5. 5. a = acceleration [m/s2]
  6. 6. t = time [s]
  7. 7. s = ut + (1/2)at2
  8. 8. s = distance [m]
  9. 9. u = initial speed [m/s]
  10. 10. t = time [s]
  11. 11. a = acceleration [m/s2]
  12. 12. v2 = u2 + 2as
  13. 13. v = final speed [m/s]
  14. 14. u = initial speed [m/s]
  15. 15. a = acceleration [m/s2]
  16. 16. s = distance [m]
  17. 17. displacement-time graph
  18. 18. Stationary; at rest; not moving displacement time
  19. 19. Constant velocity; constant gradient displacement time
  20. 20. Increasing velocity; increasing gradient displacement time
  21. 21. Decreasing velocity; decreasing gradient displacement time
  22. 22. distance travelled = d d displacement time
  23. 23. velocity-time graph
  24. 24. zero velocity; no acceleration; no gradient velocity time
  25. 25. constant acceleration; velocity increasing velocity time
  26. 26. increasing acceleration; velocity increasing velocity time
  27. 27. decreasing acceleration; velocity increasing velocity time
  28. 28. constant deceleration; velocity decreasing velocity time
  29. 29. increasing deceleration; velocity decreasing velocity time
  30. 30. decreasing deceleration; velocity decreasing velocity time
  31. 31. Distance travelled = A velocity time A
  32. 32. Distance travelled = A + B velocity time A B

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