2.Use the data from Trial #2 to calculate the specific heat of the unknown metal object (cobj), in units of J ̊C−1 kg−1. Show your calculation and record the result below. 3. Use the data from Trial #1 to calculate the specific heat of the unknown metal object (cobj), in units of J ̊C−1 kg−1. Show your calculation and record the result below. 1. Measure the mass of your metal object, and record the value below. Then place the metalobject in the pot of boiling water at the front of the room.50.5mass of metal object =2. Remove the inner cup from the calorimeter, and slide the ring off of the inner cup. Measurethe total mass of the inner cup and stirring rod (both are made of aluminum). Record yourvalue below.85.5total mass of inner cup and stirring rod =3. Add tap water to the inner cup so that it is about two-thirds full. Measure the total mass ofthe inner cup, stirring rod, and water. Record your value in Table 1 below.Table 1: Experimental Datatotal mass ofinner cup, stirring temperature of temperature of temperature ofrod, and water (g) metal object ('C) | calorimeter ('C) | calorimeter ('C)initialinitialfinal96.522.523.91297.62292.396.422.023.5287.596.721.823.2

Since the cup and the stirrer are made of Aluminum (Al), the specific heat (C1) of Al can be used in…

2.Use the data from Trial #2 to calculate the specific heat of the unknown metal object (cobj), in units of J ̊C−1 kg−1. Show your calculation and record the result below. 3. Use the data from Trial #1 to calculate the specific heat of the unknown metal object (cobj), in units of J ̊C−1 kg−1. Show your calculation and record the result below.

2.Use the data from Trial #2 to calculate the specific heat of the unknown metal object (cobj), in units of J ̊C−1 kg−1. Show your calculation and record the result below. 3. Use the data from Trial #1 to calculate the specific heat of the unknown metal object (cobj), in units of J ̊C−1 kg−1. Show your calculation and record the result below.

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