<transcript><audio_5>couple of other interesting things that we need to know about this that is that line a this line right here that is the</transcript><caption><image_6>The image shows a person's hand holding a pen and writing on a piece of paper. The paper is titled "Lecture Outline II, Video 7" and has a graph on it. The graph is a phase diagram that shows the different states and state changes that occur at various temperature/pressure conditions. The x-axis of the graph represents the time period, while the y-axis represents the temperature range. The line graph shows that the temperature ranges from 0.00 degrees Celsius to 0.25 degrees Fahrenheit. There is also a legend on the paper that explains the meaning of each phase. The background of the image is a wooden table.</caption><transcript><audio_7>and that it occurs at a range of pressures and temperatures there is also these B is the same thing for solid to</transcript><transcript><audio_8>liquid and C for liquid to gas so and those are phase or state transitions there are two other points on this one is point D point D is what's called the</transcript><caption><image_9>The image is a screenshot of a lecture titled "Lecture Outline 11, Video 1". It shows a graph on a white paper with a black background. The graph is a phase diagram that shows the different states and state changes that occur at various temperature/pressure conditions. 

The graph has a curved line that starts at the bottom and gradually increases to the top, indicating that the temperature is higher than the temperature. The x-axis of the graph represents the time period, while the y-axis represents the temperature range.

There is also a note on the paper that explains that the graph is showing that the change in the state changes over time is due to different types of pressure conditions. The note also mentions that the changes in temperature range are not as high as the temperature in the United States. The image also has a video clip of a person's face in the top right corner.</caption><transcript><audio_10>triple point it is the one combination of temperature and pressure at which solid liquid and gas</transcript><video><caption><image_11>The image is a screenshot from a video titled "Lecture Outline 11, Video 7". It shows a person's hand holding a piece of paper with a graph on it. The graph is a phase diagram that describes the different states and state changes that occur at different temperature/pressure conditions. The x-axis of the graph is labeled with the temperature range, while the y-axis is labeled as the temperature.

There are two lines on the graph, one representing liquid and the other representing temperature. The liquid is represented by a curved line, with the liquid on the left side and the temperature on the right side. The temperature range ranges from 0.5 degrees Celsius to 0.6 degrees Fahrenheit.
There is also a note on the paper that explains how the graph can be used to calculate the different temperature conditions in different states. The note is written in black ink and has a title at the top that reads "Phase Diagrams".</caption><caption><image_12>The image shows a person's hand holding a pen and writing on a piece of paper. The paper appears to be a lecture outline for a video titled "Lecture Outline 11, Video 7". The paper is divided into two sections. 

On the left side of the paper, there is a graph that shows the relationship between the different states and state changes that occur at various temperature/pressure conditions. The graph is labeled "Phase Diagrams" and shows the temperature and pressure of different states. The x-axis of the graph represents the time period, while the y-axis represents the temperature.

The graph shows that the temperature is higher than the pressure of the state, with the highest temperature at the top and the lowest at the bottom. The highest temperature is lower than the lowest, with a higher temperature in the middle and a lower temperature on the right side. The lowest temperature is at the peak of the peak, with an upward trend in the peak.
- A. The text on the paper is written in black ink and is not visible in the image.</caption></video><transcript><audio_13>triple phases solid liquid and gas coexist and then point e up here that's</transcript><transcript><audio_14>the critical point okay and at higher temperatures and pressures than the</transcript> couple of other interesting things that we need to know about this that is that line a this line right here that is the and that it occurs at a range of pressures and temperatures there is also these B is the same thing for solid to liquid and C for liquid to gas so and those are phase or state transitions there are two other points on this one is point D point D is what's called the triple point it is the one combination of temperature and pressure at which solid liquid and gas triple phases solid liquid and gas coexist and then point e up here that's the critical point okay and at higher temperatures and pressures than the
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