<transcript><audio_41>oils as well and a lot of essential oils are done that way it's relatively low temperature so you don't need the high temperatures then can destroy the essential oils you also don't need</transcript><video><caption><image_42>The image is a screenshot of a video tutorial on how to draw heating curves for the following pressures. The video is displayed on a wooden board with a white background. 

On the left side of the image, there is a graph with two lines, one labeled "Solid" and the other labeled "Liquid". The graph shows the relationship between the two curves, with the solid curve on the left and the liquid curve in the middle. The solid curve is represented by a curved line, while the liquid curves are represented by the curved line.

At the top of the video, there are two buttons - "D. Ex. For CO2", "Draw Heating Curves", and "For CO2". Below the buttons, there appears to be a video call with a person's hand holding a piece of paper.</caption><caption><image_43>The image is a graph that shows the relationship between CO2 and gas. The x-axis of the graph is labeled with the temperature (K) and the y-axis is labeled as liquid. The graph shows that CO2 is higher than gas and gas, with the liquid at the top and the gas at the bottom.

The graph also has a line graph on the right side, which shows the temperature of the CO2 molecule. The line graph shows a downward trend in the temperature, with a higher temperature than the gas and a lower temperature. The temperature is represented by a red line, indicating that the temperature is higher in the gas. There is also a text on the top right corner of the image that reads "C. Ex. For CO2, what phases exist at the following conditions."

There is also an image of a person's face in the top left corner, which appears to be a screenshot from a video.</caption></video><transcript><audio_44>solvents like organic solvents that people worry about too now a couple questions we can get about supercritical fluids one is based on the temperature pressure combination where are we what</transcript><transcript><audio_45>phases exist let's run through a couple of examples here so 293 Kelvin will be somewhere in here 70 atmospheres go up to 70 atmospheres will be somewhere around right there that'll be in the</transcript><transcript><audio_46>to 16.6 5.2 that's going to be point D which is the triple point question though it says what phases exist it</transcript><caption><image_47>The image shows a person's hand holding a black pen and writing on a piece of paper. The paper appears to be a graph or a mathematical equation, as there is a line graph on the right side of the image. The graph is labeled "Ex: For CO2, what phases exist at the end of the equation". The person is holding the pen in their right hand and is writing on the paper with their left hand. The background is blurred, but it seems like the person is standing in front of a computer screen.</caption> oils as well and a lot of essential oils are done that way it's relatively low temperature so you don't need the high temperatures then can destroy the essential oils you also don't need solvents like organic solvents that people worry about too now a couple questions we can get about supercritical fluids one is based on the temperature pressure combination where are we what phases exist let's run through a couple of examples here so 293 Kelvin will be somewhere in here 70 atmospheres go up to 70 atmospheres will be somewhere around right there that'll be in the to 16.6 5.2 that's going to be point D which is the triple point question though it says what phases exist it
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