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Analysis Question
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thermal energy flows from to areas. heat is a measure of this flow. The transfer of thermal energy can occur in three ways: convection, conduction and radiation.
You want to roast marshmallows, so you decide to use a wooden stick because a metal rod is too good at conduction and would get too hot. Using the campfire to roast your marshmallows, you notice smoke coming up through a convection current, which transfers the heat from the flames. The toasting of your marshmallows, the gaining of , is occurring without touching the flames due to .
(Answers may be used once, more than once or not at all)
thermal energy flows from to areas. heat is a measure of this flow. The transfer of thermal energy can occur in three ways: convection, conduction and radiation.
You want to roast marshmallows, so you decide to use a wooden stick because a metal rod is too good at conduction and would get too hot. Using the campfire to roast your marshmallows, you notice smoke coming up through a convection current, which transfers the heat from the flames. The toasting of your marshmallows, the gaining of , is occurring without touching the flames due to .
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thermal energy flows from hot to cold areas. heat is a measure of this flow. The transfer of thermal energy can occur in three ways: convection, conduction and radiation. You want to roast marshmallows, so you decide to use a wooden stick because a metal rod is too good at conduction and would get too hot. Using the campfire to roast your marshmallows, you notice smoke coming up through a convection current, which transfers the heat from the flames. The toasting of your marshmallows, the gaining of thermal energy, is occurring without touching the flames due to convection.
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