How well can you apply Boyle’s law to this sample of gas that experiences changes in pressure and volume? Assume that temperatur
e and number of moles of gas are constant in this problem.
Using the first volume and pressure reading on the table as V1 and P1, solve for the unknown values in the table below. Remember to use the rules of significant figures when entering your numeric response.
A:
B:
C:
D:
Using the first volume and pressure reading on the table as V1 and P1, solve for the unknown values in the table below. Remember to use the rules of significant figures when entering your numeric response.
A:
B:
C:
D:
2 answers:
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<em>Note: Since you missed to add the image, so after a little research, I was able to find the image related to this question, which hopefully serves the purpose to clear your concept. The image is attached below.</em>
Step-by-step explanation:
<em><u>Part 1) What is the slope for section "d" of Mrs. Washington's commute</u></em>
Calculating the slope for section "d" of Mrs. Washington's commute:
Slope of the section d
<em><u>Part 2) What does it mean that the slope is negative in context of the problem?</u></em>
The slope is being negative as it is moving downward from the left. In negative slop, the value of x increase, while the vale of y decreases. In positive slop, the value of both x and y increases.
<em><u>Part 3) Why are the slopes different over different intervals?</u></em>
Slopes are different at different intervals as the distance covered in time taken for each part of the given journey are different, also the speed is not the same for each interval.
As the speed can be calculated as
Distance = =
Time = =
Speed =
Therefore, the speed in the part 1 is
<em><u>Part 4) How long does it take Mrs. Washington to get home? How did you know this?</u></em>
It is clear from the graph that does take 32 minutes to her to get home.
We can observe it from the graph that it represents the total time taken across the entire journey.
Keywords: slope, speed, time
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