Answer:
It would take 10 days to completely empty the rain gauge.
Step-by-step explanation:
Initial reading of rain gauge = 10 inches
<u>Every day rain evaporated by 2 inches but 1 more inch of rain was added.</u>
<u>In effect, only one inch of rain water evaporated that is everyday level decreased with 1 inch.</u>
After the end of day 1 , the reading would show 9 inches and 8 inches at the end of day 2 and similarly reading decreases linearly.
Since the reading should decrease by 10 inches it would take 10 days to completely empty the rain gauge.
Answer:
Step-by-step explanation:
Use the <u>Distance Formula</u> to help you determine the distance between the two following points:
-Distance Formula:
(where represents the first point and represents the second point)
-Apply the two following points onto that equation:
-Solve the equation:
So therefore, the distance is .
Answer:
The factored form of this would be 16(4b - c)
Step-by-step explanation:
In order to find this, look for the greatest common factor of 16 and 64. You can do this by listing out their factors. Once this is done and we identify 16 as the GCF, we can then put that on the outside of the parenthesis and divide all the terms inside by that number.
The very top line in increased by 10%
Answer:
Adding 4 and 2
Step-by-step explanation:
PEMDAS