For a Formula 1 racing season, the fuel tank capacity of each car became 100 kg of gasoline. A team chose to use gasoline with a density of 750 grams per liter, starting the race with a full tank. At the first refueling stop, a car from this team showed a reading on its onboard computer indicating the consumption of four tenths of the gasoline originally in the tank. To minimize the weight of this car and guarantee the completion of the race, the support team refueled the car with one third of what remained in the tank upon arrival at the refueling stop. The amount of gasoline used, in liters, in the refueling was (A) $\frac{20}{0.075}$ (B) $\frac{20}{0.75}$ (C) $\frac{20}{7.5}$ (D) $20 \times 0.075$ (E) $20 \times 0.75$
For a Formula 1 racing season, the fuel tank capacity of each car became 100 kg of gasoline. A team chose to use gasoline with a density of 750 grams per liter, starting the race with a full tank. At the first refueling stop, a car from this team showed a reading on its onboard computer indicating the consumption of four tenths of the gasoline originally in the tank. To minimize the weight of this car and guarantee the completion of the race, the support team refueled the car with one third of what remained in the tank upon arrival at the refueling stop.
The amount of gasoline used, in liters, in the refueling was\\
(A) $\frac{20}{0.075}$\\
(B) $\frac{20}{0.75}$\\
(C) $\frac{20}{7.5}$\\
(D) $20 \times 0.075$\\
(E) $20 \times 0.75$