Question
Can you answer these and show work When 435 J of heat energy is added to 3.44 grams of cooking oil at 31.5C the temperature
Can you answer these and show work
When 435 J of heat energy is added to 3.44 grams of cooking oil at 31.5C the temperature increases to 85.5C. What is the specific heat of the cooking oil?
- 8752 J of heat energy is added to a mass of aluminum (cp = 0.902 J/gOC). The aluminum's temperature changed by 16.7 OC. Calculate the mass of the aluminum
- The specific heat of copper is 0.385 J/gC. An unknown mass of copper is heated to 95.75C and then put into 457 ml of water at 6.55C. The copper and water reach thermo-equilibrium at 17.77C. What is the mass of the copper used?
- The specific heat of copper is 0.385 J/gC. A 282-gram sample of copper is heated to 95.75C and then put into 457 ml of water at 6.55C. At what temperature will the copper and water reach thermo-equilibrium?
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Accounting Information For Business Decisions
Authors: Billie Cunningham, Loren A. Nikolai, John Bazley
1st Edition
0030224292, 978-0030224294
