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Physics 20: ENTIRE COURSE REVIEW QUIZ

Riley Babuik 11 questions

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Questions in this quiz (11)

  1. 1A soccer player runs 10.0[left], stops, sprints 25.0m[right] and then 8.5m[left]. His displacement from his original position is:
    1. A6.5 m[left]
    2. B43.5 m[left]
    3. C6.5 m[right]
    4. D43.5 m[right]
  2. 2A penny is dropped from rest from a tower that is 0.553 km tall. What is the velocity of the penny right before it hits the ground?
    1. A10.800 m/s
    2. B104 m/s
    3. C9.81 m/s
    4. D3.29 m/s
  3. 3A ball is thrown straight into the air from a roof with an initial speed of 6.00 m/s. The ball reaches the ground in 3.35 s. The final velocity and height of the roof are:
    1. A26.9 m/s, 75.1 m
    2. B38.9 m/s, 55.0 m
    3. C26.9 m/s, 35.0 m
    4. D32.9 m/s, 35.0 m
  4. 4A baseball is thrown 30 m[W] from the third base to the second base. It is then thrown 30 m[N] to the first base. What is the resultant displacement?
    1. A42 m
    2. B7.7 m
    3. C60 m
    4. D108 m
  5. 5What variable is always the same for the horizontal and vertical components of projectile motion?
    1. Afinal velocity
    2. Btime
    3. Cinitial velocity
    4. Dacceleration
  6. 6A cannonball is fired horizontally at a speed of 120 m/s from a tower that is 50.0 m high. The time it would take for the cannonball to hit the ground would be [blank_start]4.95[blank_end] s.
    (three sig digs)
    1. A4.95
  7. 7Label the graphs for the different kinds of motionImage for question 7
    1. Agoing up in a curve
    2. Bgoing up
    3. Cstraight line
    4. Dequals 0
    5. Egoing up
    6. Fstraight line
    7. Gequals 0
    8. Hequals 0
    9. Istraight line
    10. Jgoing up
    11. Kgoing up in a curve
    12. Lgoing up
    13. Mstraight line
    14. Ngoing up in a curve
    15. Oequals 0
    16. Pgoing up in a curve
    17. Qstraight line
    18. Rgoing up
    19. Sgoing up in a curve
    20. Tequals 0
    21. Ustraight line
    22. Vgoing up in a curve
    23. Wgoing up
    24. Xequals 0
  8. 8Fill in the blanks for the types of forces:

    Net force: [blank_start]Vector sum of forces acting on an object[blank_end]
    Normal force: [blank_start]Force that is perpendicular to a surface[blank_end]
    Applied force: F[blank_start]orce that goes w the direction of motion[blank_end]
    Friction force: Fo[blank_start]rce that opposes the direction of motion[blank_end]
    Tension force: [blank_start]Force that comes from other source[blank_end](eg.rope)
    Gravitational force: [blank_start]Force that attracts objects together[blank_end]
    1. AVector sum of forces acting on an object
    2. BForce caused by microscopic welds
    3. CForce that is perpendicular to a surface
    4. Dorce that goes w the direction of motion
    5. Erce that opposes the direction of motion
    6. FForce that comes from other source
    7. GForce that attracts objects together
  9. 9A racecar is timed as it passes two points on a race track. Its speed at those two points is 43.2 m/s and 68.7 m/s. If the car requires 2.00 s to travel between these two points, its acceleration(rounded to 3 significant digits) would be [blank_start]12.8[blank_end] m/s^2
    1. A12.8
  10. 10Y-intercept of...

    Displacement-time graph: [blank_start]Initial position[blank_end]
    Velocity-time graph: [blank_start]Initial velocity[blank_end]
    Acceleration-time graph: [blank_start]Initial acceleration[blank_end]

    The area under the curve of...

    Displacement-time graph: [blank_start]N/A[blank_end]
    Velocity-time graph: [blank_start]Displacement[blank_end]
    Acceleration-time graph: [blank_start]Velocity[blank_end]

    Slope of a...

    Displacement-time graph: [blank_start]Velocity[blank_end]
    Velocity-time graph: [blank_start]Acceleration[blank_end]
    Acceleration-time graph: [blank_start]N/A[blank_end]
    1. AN/A
    2. BDisplacement
    3. CVelocity
    4. DPosition
    5. EInitial position
    6. FInitial velocity
    7. GInitial acceleration
    8. HInitial velocity
    9. IInitial displacement
    10. JInitial acceleration
    11. KInitial acceleration
    12. LInitial velocity
    13. MInitial position
    14. NDisplacement
    15. OAcceleration
    16. PVelocity
    17. QVelocity
    18. RDisplacement
    19. SN/A
    20. TVelocity
    21. UPosition
    22. VN/A
    23. WAcceleration
    24. XVelocity
    25. YDisplacement
    26. ZN/A
    27. AAVelocity
    28. ABPosition

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Description
This contains almost the entire grade 11 physics course.
Language
English
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