Six objects are placed in a 500 F (260 C) oven and allowed to reach thermal equilibrium. Each object has a mass of 1.0 kg. The specific heat and thermal conductivity of each substance are denoted by c and k. Part A Rank these objects on the basis of their temperatures when removed from the oven. Rank from largest to smallest. To rank items as equivalent, overlap them. View Available Hint(s) Reset Help glass casserole dish c = 837 J/(kg . C) k = 0.8 J/(s - m - C) wooden cutting board c = 1700 J/(kg C) k = 0.1 J/(s m - C) silver ingot c = 235 J/(kg - C) k = 420 J/(s - m - C) aluminum pot well done steak c = 3500 J/(kg. C) k = 0.2 J/(s m C) c = 900 J/(kg C) k = 220 J/(s m- C) iron skillet c = 448 J/(kg C) k = 80 J/(s m C) Part C Each of the objects is immediately dunked in an identical tub of cold water. The tubs are quickly sealed and insulated. Rank the objects on the basis of their temperature on reaching equilibrium with the water. Rank from largest to smallest. To rank items as equivalent, overlap them. View Available Hint(s) Reset Help wooden cutting board c = 1700 J/(kg C) k = 0.1 J/(s m C) glass casserole dish c = 837 J/(kg C) k = 0.8 J/(s m . ) silver ingot c = 235 J/(kg C) = 420 J/(s m C) well done steak iron skillet c = 3500 J/(kg. C) k = 0.2 J/(s m . C) c = 448 J/(kg C) k = 80 J/(s m C) aluminum pot c = 900 J/(kg - C) k = 220 J/(s - m C)