To answer these questions you will need to refer to the volume of water dripping over time graph that you created in your science notebook from interactive art plotting a line graph activity.
1. According to the trend shown by the graph what volume of water would you expect after 35 seconds of dripping
A. Approximately 10mL
B. Approximately 12 mL
C. Approximately 20 mL
D. Approximately 25 mL
2. What is the relationship between the volume of water and dripping time
A. As time increases the volume of water increases
B. As time increases the volume of water remains steady
C. As volume increases the dripping time decreases
D. As volume increases the dripping time remains steady
1. b and 2. c is that right
What graph? You cannot copy and paste here.
Only use one name.
The chart says:
Dripping time(s) Volume of water (mL)
5 2 (mL)
10 6 (mL)
15 10 (mL)
20 12 (mL)
25 16 (mL)
30 17(mL)
2,6,10,12,16,17 are under "Volume of water (mL)" *thats why i put "(mL)" next to it.
5,10,15,20,25,30 are under "Dripping time(s)."
To answer the first question, you will need to locate the point on the graph that represents 35 seconds of dripping time. Once you find that point, you can determine the corresponding volume of water.
To answer the second question, you will need to evaluate the overall trend shown by the graph. Look at how the volume of water changes as the dripping time increases.
Based on the information provided, the answer to the first question appears to be option B - "Approximately 12 mL". However, without the actual graph, it is difficult to confirm the exact answer.
For the second question, based on the information given, the answer appears to be option C - "As volume increases, the dripping time decreases". Again, without the graph, it is challenging to verify the exact relationship between the volume of water and the dripping time.