Write down the conservation of energy equation for heat when a mass of ice, at a...

Write down the conservation of energy equation for heat when a mass of ice, at a temperature less than 0℃ (T1), is added to a copper (Cu) container holding some hot water, at a temperature less than 100℃ (T2) . Underneath each term indicate the process involved, e.g. ice warms (Q1), ice melts (Q2), water that was ice warms (Q3), hot water cools (Q4), copper container cools (Q5). Your equation must contain all these variables mice,mwater,mCu,cice, cwater, cCu and Lf; the initial temperatures T1 and T2; and the final equilibrium temperature T3.

Expert Solution

genius_generous answered 2 years ago

Write the Conservation of mass equation as it applies TO YOUR SYSTEM • Write the Conservation...

Write the Conservation of mass equation as it applies TO YOUR SYSTEM • Write the Conservation of Energy equation as it applies TO YOUR SYSTEM • List all the assumptions and idealizations for the process Diesel cycle Fuel being used is diesel 1 cylinder, four-stroke, water-cooled, air injection of fuel Output: 14.7 kW (20 hp) Fuel consumption: 317 g/kWh (238 g/hp-hr) Efficiency: 26.2% Number of revolutions: 172 min-1 Displacement volume: 19.6 L Bore: 250 mm Stroke: 400 mm

• Write the Conservation of mass equation as it applies TO YOUR SYSTEM • Write the...

• Write the Conservation of mass equation as it applies TO YOUR SYSTEM • Write the Conservation of Energy equation as it applies TO YOUR SYSTEM • List all the assumptions and idealizations for the process 1 cylinder, four-stroke, water-cooled, air injection of fuel Output: 14.7 kW (20 hp) Fuel consumption: 317 g/kWh (238 g/hp-hr) Efficiency: 26.2% Number of revolutions: 172 min-1 Displacement volume: 19.6 L Bore: 250 mm Stroke: 400 mm

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