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15 questions
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  • Q1
    The ability to do work.
    Work
    Power
    Force
    Energy
    45s
  • Q2
    This law states that, β€œEnergy cannot be created nor destroyed. It transforms from one form to another.”
    Law of Conservation of Force
    Law of Conservation of Work
    Law of Conservation of Energy
    Law of Conservation of Power
    45s
  • Q3
    The work done in a certain amount of time.
    Force
    Power
    Energy
    Work
    45s
  • Q4
    It is the energy possessed by an object due to its position.
    Elastic
    Potential
    Kinetic
    Gravitational
    45s
  • Q5
    Stretching or compressing a rubber band shows ________potential energy.
    gravitational
    mechanical
    kinetic
    elastic
    45s
  • Q6
    The SI unit of work.
    Joule
    Horsepower
    Watt
    Newton
    45s
  • Q7
    The energy possessed by a moving object.
    Gravitational
    Potential
    Elastic
    Kinetic
    45s
  • Q8
    The sum of kinetic energy and all forms of potential energy.
    total kinetic energy
    total potential energy
    total energy
    conservation of energy
    45s
  • Q9
    Work can be calculated using the formula _________.
    π‘Š=πΉπ‘‘π‘π‘œπ‘ πœƒ
    π‘Š=fπ‘‘π‘π‘œπ‘ πœƒ
    π‘Š=𝐹𝑑cscπœƒ
    π‘Š=𝐹𝑑tanπœƒ
    45s
  • Q10
    The word _________ means that something can do work.
    energy
    potential
    power
    kinetic
    45s
  • Q11
    A box is moved across a frictionless floor by a rope which is inclined 50 degrees above horizontal. The tension in the rope is 30 N. How much work is done in moving the box 10 meters?
    193 J
    184 J
    433 J
    1477 J
    300s
  • Q12
    A 12.5 kg crate experiences a horizontal force which causes it to accelerate at 8 m/s2, moving it a distance of 30 m, horizontally. How much work is done?
    4000 J
    3000 J
    2000 J
    1000 J
    300s
  • Q13
    What is the kinetic energy of a 50-kg man moving at a speed of 8 m/s?
    40 J
    1000 J
    1600 J
    200 J
    300s
  • Q14
    A crane lifts a 55 kilograms mass at a height of 12 meters. Calculate the gravitational potential energy gained by the mass.
    645.8 J
    6468 J
    660 J
    4.59 J
    300s
  • Q15
    Rick elevated his 95-kg body up the stairs with a height of 3 meters in 2 seconds. How much power did he used?
    1608 W
    1396.5 W
    15.83 W
    570 W
    300s

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