4. We have a 0.50 kg sample of ice at -5°C, a away and turns to steam. Construct a heating process until all the water is in the vapor stat and show breaks in scale as necessary to ma

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4. We have a 0.50 kg sample of ice at -5°C, and we supply heat at the constant rate of 1200 Watts continuously until all the water boil-
process until all the water is in the vapor state. Be sure to include the calculations for critical temperatures and times on your graph
away and turns to steam. Construct a heating curve graph with temperature on the Y-axis and time on the X-axis, showing the entire
and show breaks in scale as necessary to make your graph more manageable. Assume zero heat loss to the surroundings.
Transcribed Image Text:4. We have a 0.50 kg sample of ice at -5°C, and we supply heat at the constant rate of 1200 Watts continuously until all the water boil- process until all the water is in the vapor state. Be sure to include the calculations for critical temperatures and times on your graph away and turns to steam. Construct a heating curve graph with temperature on the Y-axis and time on the X-axis, showing the entire and show breaks in scale as necessary to make your graph more manageable. Assume zero heat loss to the surroundings.
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