Latent Heat

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Questions

• Question #d6023
• Question #362b8
• Question #dec5d
• Question #72c10
• How much heat energy is needed to change 2.0 kg of ice at 0°C to water at 0°C?
• The latent heat of fusion of water is 334 J/g. How many grams of ice at 0°C will melt by the addition of 3.34 kJ of heat energy?
• The latent heat of fusion of water is 334 J/g. How much energy is released when 20 grams of water at 0°C undergoes freezing?
• How much energy will it take to melt 100 grams of ice at 0◦C?
• The latent heat of vaporization of water is 2260 J/g. How many grams of water at 100°C can be converted to steam by 226,000 J of energy?
• The latent heat of vaporization of water is 2260 J/g. How much energy is released when 100 grams of water condenses from vapor at 100°C?
• Why is latent heat called hidden energy?
• How does latent heat affect cooking?
• How can latent heat affect atmospheric stability?
• How can I explain latent heat in terms of molecular behavior?
• What unit is used to measure latent heat?
• Question #f09ab
• Question #e9134
• Some very hot rocks have a temperature of #360 ^o C# and a specific heat of #840 J/(Kg*K)#. The rocks are bathed in #16 L# of water at #40 ^oC#. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #360 ^o C# and a specific heat of #840 J/(Kg*K)#. The rocks are bathed in #12 L# of water at #40 ^oC#. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #360 ^o C# and a specific heat of #840 J/(Kg*K)#. The rocks are bathed in #12 L# of water at #45 ^oC#. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #360 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #12 L# of water at #75 ^oC#. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #390 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #12 L# of water at #75 ^oC#. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #390 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #16 L# of water at #75 ^oC#. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #320 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #16 L# of water at #75 ^oC#. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #320 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #16 L# of water at #70 ^oC#. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #240 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #16 L# of water at #70 ^oC#. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #240 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #12 L# of water at #70 ^oC#. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #240 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #12 L# of water at #72 ^oC#. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #240 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #12 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #280 ^o C# and a specific heat of #210 J/(Kg*K)#. The rocks are bathed in #12 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #280 ^o C# and a specific heat of #210 J/(Kg*K)#. The rocks are bathed in #9 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #360 ^o C# and a specific heat of #(210 J)/(Kg*K)#. The rocks are bathed in #9 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #360 ^o C# and a specific heat of #180 J/(Kg*K)#. The rocks are bathed in #9 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #390 ^o C# and a specific heat of #180 J/(Kg*K)#. The rocks are bathed in #9 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #180 J/(Kg*K)#. The rocks are bathed in #9 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #450 ^o C# and a specific heat of #180 J/(Kg*K)#. The rocks are bathed in #9 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #450 ^o C# and a specific heat of #180 J/(Kg*K)#. The rocks are bathed in #6 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #180 J/(Kg*K)#. The rocks are bathed in #6 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #120 J/(Kg*K)#. The rocks are bathed in #6 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #120 J/(Kg*K)#. The rocks are bathed in #24 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #480 ^o C# and a specific heat of #120 J/(Kg*K)#. The rocks are bathed in #24 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #560 ^o C# and a specific heat of #120 J/(Kg*K)#. The rocks are bathed in #24 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #560 ^o C# and a specific heat of #120 J/(Kg*K)#. The rocks are bathed in #15 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #560 ^o C# and a specific heat of #180 J/(Kg*K)#. The rocks are bathed in #15 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #560 ^o C# and a specific heat of #270 J/(Kg*K)#. The rocks are bathed in #15 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #360 ^o C# and a specific heat of #270 J/(Kg*K)#. The rocks are bathed in #15 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #540 ^o C# and a specific heat of #270 J/(Kg*K)#. The rocks are bathed in #15 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #555 ^o C# and a specific heat of #270 J/(Kg*K)#. The rocks are bathed in #15 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #450 ^o C# and a specific heat of #270 J/(Kg*K)#. The rocks are bathed in #15 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #480 ^o C# and a specific heat of #270 J/(Kg*K)#. The rocks are bathed in #15 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #480 ^o C# and a specific heat of #270 J/(Kg*K)#. The rocks are bathed in #18 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #480 ^o C# and a specific heat of #210 J/(Kg*K)#. The rocks are bathed in #18 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #480 ^o C# and a specific heat of #180 J/(Kg*K)#. The rocks are bathed in #18 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #640 ^o C# and a specific heat of #180 J/(Kg*K)#. The rocks are bathed in #18 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #640 ^o C# and a specific heat of #180 J/(Kg*K)#. The rocks are bathed in #12 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #660 ^o C# and a specific heat of #150 J/(Kg*K)#. The rocks are bathed in #12 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #960 ^o C# and a specific heat of #150 J/(Kg*K)#. The rocks are bathed in #12 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #960 ^o C# and a specific heat of #150 J/(Kg*K)#. The rocks are bathed in #50 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #960 ^o C# and a specific heat of #250 J/(Kg*K)#. The rocks are bathed in #50 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #600 ^o C# and a specific heat of #250 J/(Kg*K)#. The rocks are bathed in #50 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #720 ^o C# and a specific heat of #250 J/(Kg*K)#. The rocks are bathed in #50 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #720 ^o C# and a specific heat of #250 J/(Kg*K)#. The rocks are bathed in #40 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #720 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #40 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #640 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #40 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #640 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #48 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #540 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #45 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #630 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #45 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #630 ^o C# and a specific heat of #270 J/(Kg*K)#. The rocks are bathed in #45 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #630 ^o C# and a specific heat of #270 J/(Kg*K)#. The rocks are bathed in #36 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #270 J/(Kg*K)#. The rocks are bathed in #36 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #270 J/(Kg*K)#. The rocks are bathed in #35 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #250 J/(Kg*K)#. The rocks are bathed in #35 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #250 J/(Kg*K)#. The rocks are bathed in #45 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #210 J/(Kg*K)#. The rocks are bathed in #45 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #370 ^o C# and a specific heat of #210 J/(Kg*K)#. The rocks are bathed in #45 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #370 ^o C# and a specific heat of #210 J/(Kg*K)#. The rocks are bathed in #40 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #370 ^o C# and a specific heat of #210 J/(Kg*K)#. The rocks are bathed in #96 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #260 ^o C# and a specific heat of #210 J/(Kg*K)#. The rocks are bathed in #96 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #260 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #96 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #280 ^o C# and a specific heat of #240 J/(Kg*K)#. The rocks are bathed in #96 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #280 ^o C# and a specific heat of #160 J/(Kg*K)#. The rocks are bathed in #96 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #280 ^o C# and a specific heat of #160 J/(Kg*K)#. The rocks are bathed in #72 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #340 ^o C# and a specific heat of #160 J/(Kg*K)#. The rocks are bathed in #72 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #340 ^o C# and a specific heat of #180 J/(Kg*K)#. The rocks are bathed in #72 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #340 ^o C# and a specific heat of #540 J/(Kg*K)#. The rocks are bathed in #64 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #540 J/(Kg*K)#. The rocks are bathed in #64 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #540 J/(Kg*K)#. The rocks are bathed in #96 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #320 J/(Kg*K)#. The rocks are bathed in #64 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #320 J/(Kg*K)#. The rocks are bathed in #120 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #320 J/(Kg*K)#. The rocks are bathed in #150 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #350 ^o C# and a specific heat of #320 J/(Kg*K)#. The rocks are bathed in #150 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #350 ^o C# and a specific heat of #125 J/(Kg*K)#. The rocks are bathed in #150 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #360 ^o C# and a specific heat of #125 J/(Kg*K)#. The rocks are bathed in #150 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #360 ^o C# and a specific heat of #125 J/(Kg*K)#. The rocks are bathed in #144 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #360 ^o C# and a specific heat of #140 J/(Kg*K)#. The rocks are bathed in #144 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #360 ^o C# and a specific heat of #80 J/(Kg*K)#. The rocks are bathed in #144 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #260 ^o C# and a specific heat of #80 JKg^(-1)K^(-1)#. The rocks are bathed in #144 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #260 ^o C# and a specific heat of #90 J/(Kg*K)#. The rocks are bathed in #144 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #260 ^o C# and a specific heat of #90 J/(Kg*K)#. The rocks are bathed in #150 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #160 ^o C# and a specific heat of #90 J/(Kg*K)#. The rocks are bathed in #150 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #160 ^o C# and a specific heat of #90 J/(Kg*K)#. The rocks are bathed in #30 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #280 ^o C# and a specific heat of #40 J/(Kg*K)#. The rocks are bathed in #30 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #280 ^o C# and a specific heat of #40 J/(Kg*K)#. The rocks are bathed in #70 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #280 ^o C# and a specific heat of #40 J/(Kg*K)#. The rocks are bathed in #60 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #280 ^o C# and a specific heat of #40 J/(Kg*K)#. The rocks are bathed in #90 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #250 ^o C# and a specific heat of #40 J/(Kg*K)#. The rocks are bathed in #90 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #250 ^o C# and a specific heat of #160 J/(Kg*K)#. The rocks are bathed in #90 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #220 ^o C# and a specific heat of #160 J/(Kg*K)#. The rocks are bathed in #90 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #220 ^o C# and a specific heat of #160 J/(Kg*K)#. The rocks are bathed in #50 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #220 ^o C# and a specific heat of #150 J/(Kg*K)#. The rocks are bathed in #50 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #210 ^o C# and a specific heat of #150 J/(Kg*K)#. The rocks are bathed in #121 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #240 ^o C# and a specific heat of #150 J/(Kg*K)#. The rocks are bathed in #84 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #240 ^o C# and a specific heat of #140 J/(Kg*K)#. The rocks are bathed in #84 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #240 ^o C# and a specific heat of #140 J/(Kg*K)#. The rocks are bathed in #49 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #240 ^o C# and a specific heat of #70 J/(Kg*K)#. The rocks are bathed in #49 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #240 ^o C# and a specific heat of #70 J/(Kg*K)#. The rocks are bathed in #70 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #450 ^o C# and a specific heat of #70 J/(Kg*K)#. The rocks are bathed in #70 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #450 ^o C# and a specific heat of #140 J/(Kg*K)#. The rocks are bathed in #70 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #150 ^o C# and a specific heat of #140 J/(Kg*K)#. The rocks are bathed in #70 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #150 ^o C# and a specific heat of #140 J/(Kg*K)#. The rocks are bathed in #14 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #150 ^o C# and a specific heat of #140 J/(Kg*K)#. The rocks are bathed in #140 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #160 ^o C# and a specific heat of #210 J/(Kg*K)#. The rocks are bathed in #56 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #1700 ^o C# and a specific heat of #210 J/(Kg*K)#. The rocks are bathed in #56 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #170 ^o C# and a specific heat of #300 J/(Kg*K)#. The rocks are bathed in #56 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #170 ^o C# and a specific heat of #300 J/(Kg*K)#. The rocks are bathed in #63 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #300 J/(Kg*K)#. The rocks are bathed in #63 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #300 J/(Kg*K)#. The rocks are bathed in #72 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #60 J/(Kg*K)#. The rocks are bathed in #72 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #60 J/(Kg*K)#. The rocks are bathed in #104 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #64 J/(Kg*K)#. The rocks are bathed in #104 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #420 ^o C# and a specific heat of #64 J/(Kg*K)#. The rocks are bathed in #96 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #460 ^o C# and a specific heat of #64 J/(Kg*K)#. The rocks are bathed in #108 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #460 ^o C# and a specific heat of #270 ( kJ)/(kg)#. The rocks are bathed in #108 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #370 ^o C# and a specific heat of #270 J/(Kg*K)#. The rocks are bathed in #108 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #370 ^o C# and a specific heat of #90 J/(Kg*K)#. The rocks are bathed in #108 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #370 ^o C# and a specific heat of #90 J/(Kg*K)#. The rocks are bathed in #150 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #310 ^o C# and a specific heat of #90 J/(Kg*K)#. The rocks are bathed in #150 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #190 ^o C# and a specific heat of #90 J/(Kg*K)#. The rocks are bathed in #150 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #190 ^o C# and a specific heat of #90 J/(Kg*K)#. The rocks are bathed in #270 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #250 ^o C# and a specific heat of #80 J/(Kg*K)#. The rocks are bathed in #250 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #260 ^o C# and a specific heat of #80 J/(Kg*K)#. The rocks are bathed in #40 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #260 ^o C# and a specific heat of #20 J/(Kg*K)#. The rocks are bathed in #40 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #220 ^o C# and a specific heat of #200 J/(Kg*K)#. The rocks are bathed in #40 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #220 ^o C# and a specific heat of #250 J/(Kg*K)#. The rocks are bathed in #40 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #250 ^o C# and a specific heat of #250 J/(Kg*K)#. The rocks are bathed in #40 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
• Some very hot rocks have a temperature of #350 ^o C# and a specific heat of #250 J/(Kg*K)#. The rocks are bathed in #50 L# of boiling water. If the heat of the rocks completely vaporizes the water, what is the minimum combined mass of the rocks?
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