a 462000-gallon boiler, unlikely to be found on the market :)
1200 miles @ 20 miles per gallon means 1200/20 = 60 gallons. 60 gallons @ 2.99 per gallon = 179.40
It would cost($3.50) x (1,200) / (miles your car covers per gallon).
In 1200 ml there are 40.576827070680004 ounces- 64 ounces in a gallon , about 2/3 of a gallon Um... a gallon is 128 ounces, not 64.
A simple division problem should yield our answer: 1200 miles ÷ 10 miles/gallon = 120 gallons. Therefore to drive 1200 miles in a vehicle that consumes a gallon of gasoline every 10 miles would require 120 gallons of gas. (Which at approximately $3.50, would be very costly).
That is impossible. There has to be a leak.
1200 miles @ 19 miles to the gallon = 1200/19 = 63.2 gallons. The price does not alter the amount of gas required.
163 55-gallon drums.
Divide the number of miles by miles per gallon = 1200 / 32 = 37.5 gallons.
9.375 gallons. 128 U.S. ounces in 1 gallon
1200/25 = 48 gallons
19200 cups 1 gallon = 16 cups 1 cup = 0.06 Gallon
Assumingly dollars, it would cost $31O.15