A pan made of which substance would require the largest amount of heat for equal cooking?
Aluminum ( c = 0.22 cal/gCo)
Gold ( c = 0.03 cal/gCo)
Tin ( c = 0.054 cal/gCo)
Copper ( c = 0.093 cal/gCo)
Silver ( c = 0.056 cal/gCo)
For equal coocking temperature of each pan should be same.
Suppose Initial and final temperature of each pan were and .
Heat required to raise the temperature of a substance from to is-
So required heat energy is proportional to the specific heat capacity of substance.
Since in the given values Aluminum has highest specific heat capacity,so a pan made of Aluminium will require largest amoumt of heat for equal cooking.
A pan made of which substance would require the largest amount of heat for equal cooking?...
Refer to this table of thermal properties of various substances. Substance specific heat (cal/g K) melting point (K) Latent heat of fusion (cal/g) liquid H20 1.00 80 solid H20 0.50 273 80 gold 0.03 1337 15 silver 0.056 1235 26.5 aluminum 0.22 933 95 Which metal, ounce for ounce, is the hardest to heat up by 1.00 K? O silver O aluminum O gold
Assume that you have 10.0 g of each of the following substances. To which substance would you have to add the smallest amount of energy to change the temperature by the same amount? a. Copper (specific heat capacity = 0.387 J/g°C) b. Lead (specific heat capacity = 0.128 J/g°C) c. Gold (specific heat capacity = 0.129 J/g°C) d. Iron (specific heat capacity = 0.4998 J/g°C) e. Silver (specific heat capacity = 0.235 J/g°C)
1. If equal masses of aluminum and copper are heated with same amount of heat, which would reach the higher temperature? Explain your answer.
The 3. If two substances having different specific heat capacities have the same amount of heat energy added to them, which one will have a higher resulting temperature - the one with a lower specific heat capacity or the one with the higher specific heat capacity? Explain. 4. If the calculated specific heat is 0.125 J/g.°C, what metals from Table 1 could be the unknown? What additional measurable criteria could be used to differentiate between the metals? pen Cond Table...
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If the same amount of heat is supplied to sample of 10.0g each aluminum, iron,and copper all at 15 degrees celsius which sample would reach the highest temperature????
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If 1.0 kJ of heat was added to each 50.0 g sample, which would increase temperature by the greatest amount? I can't seem to figure out the correct answer. If 1.0 kJ of heat was added to each 50.0 g sample, which would increase temperature by the greatest amount? O aluminum (0.895 J/(g:°C)) lead (0.129 J/(g:°C)) O copper (0.377 J/(g:°C)) O iron (0.448 J/(g°C))
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