<caption><image_16>The image is a graph that shows the relationship between the two variables. The x-axis of the graph is labeled "H(x) = (x^2) and the y-axis is labeled as "equity". The graph has a curved line that starts at the top and gradually increases to the bottom, indicating a decrease in the value of the value.

On the left side of the image, there is a handwritten note that reads "Stamp (0.5%)". The note is written in black ink on a white background. The note also has a black marker on the right side, which is likely used to write the note. The graph appears to be a mathematical equation, as indicated by the title "Equity".</caption><transcript><audio_17>of 10 20 so how do I use this contour map so I need to find the ordered pair 10 comma 5 on the picture so 10 feet 5 minutes so it looks like 10 feet 5</transcript><transcript><audio_18>minutes is about right there 10 feet 5 minutes and we just have to just kind of guesstimate how many degrees it is between here and here is 75 degrees so that's about or excuse me it's five</transcript><transcript><audio_19>degrees it goes from 70 from this contour to 75 in this contour five degrees and that's approximately I don't know two degrees in so I'm gonna say that H of 10 five is about 72 degrees</transcript><caption><image_20>The image is a graph that shows the relationship between the temperature and temperature of a single-phase reactor. The graph is plotted on a white paper with a black pen on the right side. The x-axis of the graph represents the temperature, while the y-axis represents the quantity of the reactor.

There are two lines on the graph, one representing the temperature (H(x) and the other representing the quantity (x). The temperature is shown as a curved line, with the temperature at the top and the quantity at the bottom. The quantity is represented by a series of points on the x and y axis, with a vertical axis representing the number of protons and neutrons in the reactor and a horizontal axis representing a mass of neutrons. The mass of the mass is shown in a vertical direction, with an upward trend at the end of the curve and a downward trend towards the bottom, indicating a decrease in the temperature. The slope of the slope is also shown in the horizontal axis, indicating that the temperature is higher than the quantity in the vertical axis.</caption><video><caption><image_21>The image shows a hand holding a black pen and writing on a piece of paper with a graph on it. The graph is a curve that shows the relationship between the two variables. The x-axis of the graph is labeled "H(x^2^2) and the y-axis is labeled as "equity". The graph shows a steep slope with a point at the end and a line at the top. The slope is marked with a red line, indicating the slope of the slope.

On the left side of the image, there is a text that reads "Stump (feat from heat)". On the right side, there are two lines, one representing heat and the other representing temperature. The text is written in black ink and appears to be a mathematical equation. The background of the paper is white.</caption><caption><image_22>The image is a graph of a curve with a line graph on the right side. The graph is plotted on a white paper with a black pen on the left side. On the graph, there are two lines, one representing the temperature and the other representing the volume of the curve. The x-axis of the graph is labeled with the temperature, while the y-axis is labeled as the volume.

On the top left corner of the paper, there is a text that reads "H(x) = (x^2)". Below the text, it reads "Temperature" and on the top right corner, it says "Volume". The graph shows that the temperature is higher than the volume, with the volume at the top and the volume below it. The temperature is lower than the quantity at the bottom. The volume is higher, with a higher value at the middle and a lower value at a lower level. The slope of the slope is lower, with an increase in the volume and a decrease in the slope at the end. The curve is plotted in a straight line, with each line representing a different temperature. The background of the image is white.</caption></video><transcript><audio_23>and then I have to do 10 20 here's 20 to 20 minutes 10 feet away so it's pretty close to being on that contour so I</transcript> of 10 20 so how do I use this contour map so I need to find the ordered pair 10 comma 5 on the picture so 10 feet 5 minutes so it looks like 10 feet 5 minutes is about right there 10 feet 5 minutes and we just have to just kind of guesstimate how many degrees it is between here and here is 75 degrees so that's about or excuse me it's five degrees it goes from 70 from this contour to 75 in this contour five degrees and that's approximately I don't know two degrees in so I'm gonna say that H of 10 five is about 72 degrees and then I have to do 10 20 here's 20 to 20 minutes 10 feet away so it's pretty close to being on that contour so I
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