An internal combustion engine with an initial temperature of 36.2 is started. The coombustion reactions add 8.66 x 10*6 J of energy as heat to the engine after several cycles. During this time, the coolant that flows through the block of the engine removes 3.63 x 10*6 J of energy as heat. At the same time, 2.60 x 10*5 J of energy is removed as heat by the exhaust gases. The engine does work, which can be described as being equivalent to one large piston with an area of 3.41 x 10*-4 m*2 being pushed a total distance of 3.35 x 10*3 m by gas at a constant pressure of 7.63 x 10*5 Pa. If 2.97 x 10*5 J must be added or removed from the engine to change ist temperature by 1.00 degrees celcius what is the final temperature of the engine?