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Forces Explained
- 3. presents
- 5. A force is a push or a pull or ...
- 6. A force is a push or a pull or ...
- 7. A force is a push or a pull or ...
- 8. A force is a push or a pull or ... a twist
- 9. A force is a push or a pull or ... a twist
- 10. A force is a push or a pull or ... a twist a bend
- 11. A force is a push or a pull or ... a twist a bend
- 12. A force is a push or a pull or ... a twist a bend a turn
- 13. A force is a push or a pull or ... a twist a bend a turn
- 14. A force is a push or a pull or ... a twist a bend a turn a squash
- 15. A force is a push or a pull or ... a twist a bend a turn a squash
- 16. A force is a push or a pull or ... a twist a bend a turn a squash a stretch
- 17. A force is a push or a pull or ... a twist a bend a turn a squash a stretch
- 18. A force is a push or a pull or ... a twist a bend a turn a squash a stretch ...exerted by one object on another object
- 19. TYPES OF FORCES - action at a distance TYPES OF FORCES Non-contact - electrostatic, gravitational, magnetic Contact - weight; reaction; thrust; drag/ air resistance/ friction; lift; tension
- 20. TYPES OF FORCES - action at a distance TYPES OF FORCES Non-contact - electrostatic, gravitational, magnetic Contact - weight; reaction; thrust; drag/ air resistance/ friction; lift; tension
- 21. TYPES OF FORCES - action at a distance TYPES OF FORCES Non-contact - electrostatic, gravitational, magnetic Contact - weight; reaction; thrust; drag/ air resistance/ friction; lift; tension
- 22. TYPES OF FORCES - action at a distance TYPES OF FORCES Non-contact - electrostatic, gravitational, magnetic Contact - weight; reaction; thrust; drag/ air resistance/ friction; lift; tension
- 23. TYPES OF FORCES - action at a distance Non-contact - electrostatic, gravitational, magnetic TYPES OF FORCES Non-contact - electrostatic, gravitational, magnetic Contact - weight; reaction; thrust; drag/ air resistance/ friction; lift; tension
- 24. TYPES OF FORCES - contact
- 25. TYPES OF FORCES - contact
- 26. TYPES OF FORCES - contact
- 27. TYPES OF FORCES - contact
- 28. TYPES OF FORCES - contact
- 29. TYPES OF FORCES - contact Contact - reaction; thrust; drag; air resistance; friction; lift; tension
- 30. VECTOR: A quantity with both magnitude and direction.
- 31. VECTOR: A quantity with both magnitude and direction. A force of 3 000 N downwards
- 32. VECTOR: A quantity with both magnitude and direction. A force of 3 000 N downwards A velocity of 300 m/s east
- 33. VECTOR: A quantity with both magnitude and direction. A force of 3 000 N downwards A velocity of 300 m/s east A displacement of 20 cm to the right
- 34. VECTOR: A quantity with both magnitude and direction. A force of 3 000 N downwards A velocity of 300 m/s east A displacement of 20 cm to the right SCALAR: A quantity with only a magnitude.
- 35. VECTOR: A quantity with both magnitude and direction. A force of 3 000 N downwards A velocity of 300 m/s east A displacement of 20 cm to the right SCALAR: A quantity with only a magnitude. Power of 1500 watts
- 36. VECTOR: A quantity with both magnitude and direction. A force of 3 000 N downwards A velocity of 300 m/s east A displacement of 20 cm to the right SCALAR: A quantity with only a magnitude. Power of 1500 watts Speed of 300 000 000 m/s
- 37. VECTOR: A quantity with both magnitude and direction. A force of 3 000 N downwards A velocity of 300 m/s east A displacement of 20 cm to the right SCALAR: A quantity with only a magnitude. Power of 1500 watts Speed of 300 000 000 m/s Temperature of 300 degrees Celsius
- 39. VECTORS AND SCALARS VECTOR: A quantity with both magnitude and direction.
- 40. VECTORS AND SCALARS VECTOR: A quantity with both magnitude and direction. Velocity
- 41. VECTORS AND SCALARS VECTOR: A quantity with both magnitude and direction. Velocity Force
- 42. VECTORS AND SCALARS VECTOR: A quantity with both magnitude and direction. Velocity Force Acceleration
- 43. VECTORS AND SCALARS VECTOR: A quantity with both magnitude and direction. Velocity Force Acceleration Displacement
- 44. VECTORS AND SCALARS VECTOR: A quantity with both magnitude and direction. Velocity Force Acceleration Displacement SCALAR: A quantity with only a magnitude.
- 45. VECTORS AND SCALARS VECTOR: A quantity with both magnitude and direction. Velocity Force Acceleration Displacement SCALAR: A quantity with only a magnitude. Speed
- 46. VECTORS AND SCALARS VECTOR: A quantity with both magnitude and direction. Velocity Force Acceleration Displacement SCALAR: A quantity with only a magnitude. Speed Distance
- 47. VECTORS AND SCALARS VECTOR: A quantity with both magnitude and direction. Velocity Force Acceleration Displacement SCALAR: A quantity with only a magnitude. Speed Distance Energy
- 48. VECTORS AND SCALARS VECTOR: A quantity with both magnitude and direction. Velocity Force Acceleration Displacement SCALAR: A quantity with only a magnitude. Speed Distance Energy Volume
- 49. VECTORS AND SCALARS VECTOR: A quantity with both magnitude and direction. Velocity Force Acceleration Displacement SCALAR: A quantity with only a magnitude. Speed Distance Energy Volume Temperature
- 50. V1 V2 V3 V4 VR
- 51. ADDING FORCES ALONG A LINE: They are added like directed numbers taking into account positive or negative direction.
- 52. ADDING FORCES ALONG A LINE: They are added like directed numbers taking into account positive or negative direction.
- 53. ADDING FORCES ALONG A LINE: They are added like directed numbers taking into account positive or negative direction. 150 N
- 54. ADDING FORCES ALONG A LINE: They are added like directed numbers taking into account positive or negative direction. 300 N 150 N
- 55. ADDING FORCES ALONG A LINE: They are added like directed numbers taking into account positive or negative direction. 300 N 350 N 150 N
- 56. ADDING FORCES ALONG A LINE: They are added like directed numbers taking into account positive or negative direction. 300 N 350 N 150 N Let positive direction be to the right
- 57. ADDING FORCES ALONG A LINE: They are added like directed numbers taking into account positive or negative direction. 300 N 350 N 150 N Let positive direction be to the right 300 + (-350) + 150 = 100
- 58. ADDING FORCES ALONG A LINE: They are added like directed numbers taking into account positive or negative direction. 300 N 350 N 150 N Let positive direction be to the right 300 + (-350) + 150 = 100 Resultant is 100 N to the right
- 59. ADDING FORCES ALONG A LINE: They are added like directed numbers taking into account positive or negative direction. 300 N 350 N 150 N Let positive direction be to the right 300 + (-350) + 150 = 100 Resultant is 100 N to the right
- 60. ADDING FORCES ALONG A LINE: They are added like directed numbers taking into account positive or negative direction. 300 N 350 N 150 N Let positive direction be to the right 300 + (-350) + 150 = 100 Resultant is 100 N to the right 100 N
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