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IPC: Fall 25 Final Exam Review

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  • This type of heat transfer happens through rays, waves, or particles.
    radiation
  • Solve for m
    9.19 g
  • What does m stand for in this formula?
    mass
  • Solve for ΔT
    19.1°C
  • What is specific heat capacity?
    how resistant a material is to changing its temperature when heat is added or removed
  • Based on the Law of Conservation of Energy, if the boy puts in 250 J of energy going up the hill, how much energy will be released on the way down the hill?
    250 J
  • This type of heat transfer happens through direct contact.
    conduction
  • Which thermometer shows the temperature that would have the GREATEST kinetic energy?
    C
  • How much electrical energy did this system start with?
    900 J
  • Solve for Q
    209 J
  • Touching a hot iron is an example of which type of heat transfer?
    conduction
  • What does C stand for in this formula?
    specific heat capacity or just capacity
  • What does Q stand for in this formula?
    quantity or amount of heat energy
  • Which of these situations represents radiation?
    B
  • What types of objects would have a really low specific heat capacity? (objects that get hot really fast)
    metals
  • Solve for C
    5.98 J/g°C
  • What does ΔT stand for in this formula?
    change in temperature
  • How much water must be in the beaker for the Law of Conservation of Energy to be followed?
    100 g
  • What temperature will both substances be when they reach thermal equilibrium in this diagram?
    60
  • Which of these situations represents convection?
    C
  • How much heat energy must be released in this picture?
    25 J
  • What types of objects would have a really high specific heat capacity? (objects that get hot really slow)
    wood, water
  • Warm air circulating in a room is an example of which type of heat transfer?
    convection
  • Which beaker contains the water with the LEAST kinetic energy?
    A
  • What is it called when both substances get to the same temperature?
    thermal equilibrium
  • Solve for Q
    -1,045 J
  • This type of heat transfer happens through molecular motion or currents.
    convection
  • Which direction will thermal energy flow in this picture?
    from object 1 to object 2
  • Which of these situations represents conduction?
    A
  • Solve for ΔT
    -9.57 °C
  • What does the Law of Conservation of Energy state?
    energy cannot be created or destroyed
  • This type of heat transfer happens in liquids & gases.
    convection
  • Sunbathing by the pool is an example of which type of heat transfer?
    radiation