Energy diagrams and LOL charts

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When a substance condenses, (select all that apply)

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Below is a heating curve. What would be another unit that could be used on the x-axis instead of time and the shape of the curve would remain the same?

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Identify the process that takes place during line segment DE of the heating curve.

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Given the heating curve where substance X starts as a solid below its melting point and is heated uniformly:
Identify where the average kinetic energy is increasing in our graph. (select all that apply)

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How would the particles appear at point F in this graph?

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The graph below represents the heating curve of a substance that starts as a solid below its freezing point.

What is the melting point of this substance?

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The graph below represents the heating curve of a substance that starts as a solid below its freezing point. What might the graph look like if the hotplate used to heat the substance were much hotter than the one used to generate this graph? Draw the new heating curve.

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Fill in the LOL diagram for ice beginning at 0°C and ending at liquid water at 0°C.

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Energy diagrams and LOL charts

When a substance condenses, (select all that apply)

Below is a heating curve. What would be another unit that could be used on the x-axis instead of time and the shape of the curve would remain the same?

Identify the process that takes place during line segment DE of the heating curve.

Given the heating curve where substance X starts as a solid below its melting point and is heated uniformly:
Identify where the average kinetic energy is increasing in our graph. (select all that apply)

How would the particles appear at point F in this graph?

The graph below represents the heating curve of a substance that starts as a solid below its freezing point.

What is the melting point of this substance?

The graph below represents the heating curve of a substance that starts as a solid below its freezing point. What might the graph look like if the hotplate used to heat the substance were much hotter than the one used to generate this graph? Draw the new heating curve.

Fill in the LOL diagram for ice beginning at 0°C and ending at liquid water at 0°C.

Fill in the LOL diagram for when water at 120°C cools down and condenses on a cool window.

When a substance condenses, (select all that apply)

Below is a heating curve. What would be another unit that could be used on the x-axis instead of time and the shape of the curve would remain the same?

Identify the process that takes place during line segment DE of the heating curve.

Given the heating curve where substance X starts as a solid below its melting point and is heated uniformly:
Identify where the average kinetic energy is increasing in our graph. (select all that apply)

How would the particles appear at point F in this graph?

The graph below represents the heating curve of a substance that starts as a solid below its freezing point.

What is the melting point of this substance?

The graph below represents the heating curve of a substance that starts as a solid below its freezing point. What might the graph look like if the hotplate used to heat the substance were much hotter than the one used to generate this graph? Draw the new heating curve.

Fill in the LOL diagram for ice beginning at 0°C and ending at liquid water at 0°C.

Fill in the LOL diagram for when water at 120°C cools down and condenses on a cool window.

Energy diagrams and LOL charts

Energy diagrams and LOL charts

When a substance condenses, (select all that apply)

Below is a heating curve. What would be another unit that could be used on the x-axis instead of time and the shape of the curve would remain the same?

Identify the process that takes place during line segment DE of the heating curve.

Given the heating curve where substance X starts as a solid below its melting point and is heated uniformly: Identify where the average kinetic energy is increasing in our graph. (select all that apply)

How would the particles appear at point F in this graph?

The graph below represents the heating curve of a substance that starts as a solid below its freezing point.What is the melting point of this substance?

The graph below represents the heating curve of a substance that starts as a solid below its freezing point. What might the graph look like if the hotplate used to heat the substance were much hotter than the one used to generate this graph? Draw the new heating curve.

Fill in the LOL diagram for ice beginning at 0°C and ending at liquid water at 0°C.

Fill in the LOL diagram for when water at 120°C cools down and condenses on a cool window.

When a substance condenses, (select all that apply)

Below is a heating curve. What would be another unit that could be used on the x-axis instead of time and the shape of the curve would remain the same?

Identify the process that takes place during line segment DE of the heating curve.

Given the heating curve where substance X starts as a solid below its melting point and is heated uniformly: Identify where the average kinetic energy is increasing in our graph. (select all that apply)

How would the particles appear at point F in this graph?

The graph below represents the heating curve of a substance that starts as a solid below its freezing point.What is the melting point of this substance?

The graph below represents the heating curve of a substance that starts as a solid below its freezing point. What might the graph look like if the hotplate used to heat the substance were much hotter than the one used to generate this graph? Draw the new heating curve.

Fill in the LOL diagram for ice beginning at 0°C and ending at liquid water at 0°C.

Fill in the LOL diagram for when water at 120°C cools down and condenses on a cool window.

Given the heating curve where substance X starts as a solid below its melting point and is heated uniformly:
Identify where the average kinetic energy is increasing in our graph. (select all that apply)

The graph below represents the heating curve of a substance that starts as a solid below its freezing point.

What is the melting point of this substance?

Given the heating curve where substance X starts as a solid below its melting point and is heated uniformly:
Identify where the average kinetic energy is increasing in our graph. (select all that apply)

The graph below represents the heating curve of a substance that starts as a solid below its freezing point.

What is the melting point of this substance?