OSCILLATION

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Across
  1. 2. The centripetal force is proportional to the mass
  2. 3. quotient of force by cross-sectional area
  3. 5. The force that causes an object to move in a circle is style
  4. 6. The frictional force between the surfaces of a moving solid in fluid will be proportional to the relative velocity of motion the object to its "fluid is the sound of law"
  5. 8. Opposite of centripetal force
  6. 12. how stiff is the spring is the meaning of … spring
  7. 13. The physical properties of an object used to describes the behaviour of the observed object
  8. 14. Interactions that can cause an object mass changes objects
  9. 16. The force produced by the work of an elastic object is style
  10. 17. The force that appears when 2 objects touch and its direction opposite is style
  11. 20. The time it takes for an object to do one full vibration/turn
  12. 21. The product of the period by the time is the sum
  13. 22. Friction between two solid objects that are not moving relative to each other is the frictional force
  14. 24. When two objects are moving relative to each other and rub against each other there is friction
Down
  1. 1. If the tensile force applied to a spring is not exceeds the elastic limit of the material, the increase in length spring is directly proportional or proportional to the tensile force is the sound of law
  2. 2. In the spring force if the spring constant is reduced then the spring force will increase
  3. 4. Centripetal force occurs on objects that are moving
  4. 7. Stress is proportional to the cross-sectional area
  5. 9. unit of spring force
  6. 10. Changes in speed in a certain time unit
  7. 11. Non-negative scalar measurement of the magnitude of the oscillation a wave
  8. 15. An object maintains a certain state called
  9. 18. The force caused by the associated gravity with a certain mass of an object is called a force
  10. 19. The centripetal force is the product of the velocity squared in times … in the fingers
  11. 23. The distance between the position of the vibrating object from equilibrium position