Water drips from a faucet at a rate of 41 drops/minute. Assuming there are 15,000 drops in a gallon, how many minutes would it t
ake for the dripping faucet to fill a 1‑gallon bucket? Round your answer to the nearest whole number.
It would take___ minutes to fill the bucket.
2 answers:
Answer:
365.85 Minutes
Solution:
According to statement the rate of drops from faucet is,
R = 41 Drops / 1 Minute
And 1 Gallon can be filled by 15000 drops. Therefore, the time for filling 1 Gallon volume by 15000 drops is calculated as,
41 Drops fall in = 1 Minute
So,
15000 Drops will fall in = X Minutes
Solving for X,
X = (15000 Drops × 1 Minute) ÷ 41 Drops
X = 365.85 Minutes
Answer:
366 mins
Step-by-step explanation:
first divide 15000 by 41 since there are 41 drops per minute and you get 365.85 so then you round it and get 366
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<span>Best Regards, Mike</span>
Just a moment while I review this
Hello,
Using V = (pi)(r)^2(h) :
V = 12
r = ?
h = 8
12 = (pi)(r)^2(8)
12/(8pi) = r^2
sqrt(12/8pi) = sqrt(r^2)
r = .69 in
Good luck to you!