Q = m c ( Tf -
Ti) = m c delta T
Calculate from your data the specific
heat of the metal used by using the formula above.
Calorimetry (2): The Specific Heat of a Metal 4. (a) Initial mass of boiler cup: 5o.ug gm (b) Mass of cup plus metal pellets: 155,8 gm (c) Mass of metal pellets (line 1(a) minus line 1(b): 96.5 _gm 5. (a) Mass of calorimeter & stirrer {same as line 1(a) from other side): 52.38 gm (b) Mass of calorimeter & stirrer and cool water: {same as line 3(a) if no water was added or removed) 242, 4 ggm (c) Mass of water { line 5(b) minus line 5(a): 190.1 gm 6. (a) Temperature of hot metal pellets: go°C °C 25°C (b) Initial temperature of water and calorimeter & stirrer: °C 34 °C (c) Final highest temperature of mixture: 0.215 7. cal/gmºc (a) Specific heat of calorimeter & stirrer: {given by instructor, if needed}
Calorimetry (2): The Specific Heat of a Metal 4. (a) Initial mass of boiler cup: 5o.ug gm (b) Mass of cup plus metal pel
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Calorimetry (2): The Specific Heat of a Metal 4. (a) Initial mass of boiler cup: 5o.ug gm (b) Mass of cup plus metal pel
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