1. Draw a graph to show how the temperature for a sample of water originally at -10°C would change over time if the sample was heated at a constant rate till it reached 110°C. (Hint: the melting point for water is 0°C and the boiling point is 100°C). Time 2. Draw what the sample of water would look like on the molecular level at -10°C. (Be sure to draw and label the strongest interaction present as well as explain your drawing if needed) Temperature (° C)

Chemistry & Chemical Reactivity
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Chapter13: Solutions And Their Behavior
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Please help me answer questions 1,2and3.

1. Draw a graph to show how the temperature for a sample of water originally at -10°C
would change over time if the sample was heated at a constant rate till it reached
110°C. (Hint: the melting point for water is 0°C and the boiling point is 100°C).
Time
2. Draw what the sample of water would look like on the molecular level at -10°C. (Be sure
to draw and label the strongest interaction present as well as explain your drawing if
needed)
3. Draw what the sample of water would look like on the molecular level at 50°C. (Be sure
to draw and label the strongest interaction present as well as explain your drawing if
needed)
Temperature (°C)
Transcribed Image Text:1. Draw a graph to show how the temperature for a sample of water originally at -10°C would change over time if the sample was heated at a constant rate till it reached 110°C. (Hint: the melting point for water is 0°C and the boiling point is 100°C). Time 2. Draw what the sample of water would look like on the molecular level at -10°C. (Be sure to draw and label the strongest interaction present as well as explain your drawing if needed) 3. Draw what the sample of water would look like on the molecular level at 50°C. (Be sure to draw and label the strongest interaction present as well as explain your drawing if needed) Temperature (°C)
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