Across
- 1. displacement is found from the _______ under the velocity vs time graph
- 4. object is moving in a straight line at a constant speed
- 5. acronym for a diagram that shows the forces acting on an object
- 9. force applied to an object over a distance
- 11. _________ velocity is how fast an object is moving at a specific moment in time
- 13. how far an object is from its initial position
- 17. the product of a force, the distance from the force to the pivot point, and the angle the force makes with the object
- 18. forces on an angle can be broken down into ________, x and y
- 23. the time to make one full oscillation
- 27. change in velocity per unit time
- 29. for a point particle can be found using MR^2
- 30. motion for objects such as a pendulum and mass-on-a-spring
- 31. units for spring constant
- 33. each surface have their own level of stickiness that determines the amount of frictional force acting
- 36. the energy stored in an object's position, gravitational ________ energy
- 39. Newton's ___ law states that every force has a force pair that acts with the same magnitude but in opposite directions
- 42. is represented by "p"
- 43. the formula for force of a spring
- 44. the graph made from a position vs time graph for an object in simple harmonic motion
- 45. the maximum displacement from equilibrium reached
- 47. is represented by "L"
- 48. acceleration is found from the ______ of the velocity vs time graph
- 49. the gravitational force is inversely proportional to
- 50. units for mass
Down
- 2. units for distance in rotational motion
- 3. to find the vertical component when the angle is measured from the horizontal to the diagonal force use ___
- 5. how many oscillations are completed per a unit of time
- 6. mass found from measurements that do use acceleration due to gravity
- 7. how much the force of a planet acts on an object
- 8. all objects are attracted to each other by __________ force
- 10. Newton's _____ law states that an objects acceleration is directly proportional to force and inversely proportional to mass
- 12. units for impulse and momentum
- 14. the force of a surface on an object acting along the surface
- 15. the formula for rotational impulse
- 16. change in distance per unit time
- 19. the formula for weight on Earth
- 20. the sum of all forces acting on an object including their directions
- 21. a collision between two objects where energy and momentum are conserved
- 22. to find work, use the _________ the force vs displacement graph
- 24. amount of work done per unit time
- 25. to find the horizontal component when the angle is measured from the horizontal to the diagonal force use ___
- 26. the sum of the kinetic and potential energies of an object
- 28. how much material is contained in an object
- 32. mass found from measurements that do not use acceleration due to gravity
- 34. is equal to the change in momentum
- 35. the direction the force is acting on an object moving at a constant speed in a circle
- 37. vertical acceleration is 9.8 m/s^2
- 38. the force of a surface on an object in contact with that surface
- 40. to convert from rotational to linear, multiply by the __________
- 41. a collision between two objects where energy is not conserved but momentum is
- 43. the energy of an object in motion
- 46. the gravitational force is directly proportional to the product of _______ masses