Ask a New Question

Asked by Spartan

The specific heat of aluminum is 0.90 J/ g*C degrees and of iron is 0.45 J/g*C. How much energy was absorbed by each 1-gram sample? The temperature of 1 gram of aluminum rises 5.6 C degrees and the temperature of 1 gram of iron rises 11.1 C degrees.
8 years ago

Answers

Answered by DrBob222
q = mass x specific heat x delta T.
For Al:
q = 1 g x 0.90 x 5.6 = ?
Follow the same process for Fe.
8 years ago
Answered by Spartan
Thanks DrBob222!
8 years ago

Related Questions

the specific heat of aluminum is 0.214 cal/g degrees C. calculate the heat necessary to raise the te... A piece of aluminum (specific heat 910 J/kg C) of mass 200 g at 80C is dropped into a styrofoam cup... Aluminum has a specific heat capacity of 0.903J/g degree celsius. What mass of aluminum in g would r... the specific heat of aluminum is 0.900 J/g degrees celsius. how much energy is required to heat 45.0... The specific heat of aluminum is 0.214 cal/g·°C. Calculate the heat necessary to raise the temperat... The specific heat of aluminum is 0.900*j/g*C How much heat is required to raise the temperatu... Aluminum has specific heat capacity of 900j/kg explain this statement? The specific heat of aluminum is 0.897 J/g•°C. Which equation would you use to calculate the amount... Aluminum has specific heat capacity of 900J/kg what does this mean The specific heat (heat capacity) of toretel is found to be 4.9 (cal/g * °C). What is the amount of...
Ask a New Question
Archives Contact Us Privacy Policy Terms of Use