Question

The Crash Of Flight 143:

Calculate the volume of fuel needed for a flight if jet fuel has a density of 0.803 kg/L and a mass of 23,800. kg. The density equation is mass/volume. Rearrange the equation to solve for volume.​

Answer 1

The volume of fuel needed for the flight is 29,638.8 liters, calculated by dividing the mass of the fuel, 23,800 kg, by the density of the jet fuel, which is 0.803 kg/L.

Step-by-step explanation:

To calculate the volume of fuel needed for a flight when given the density of jet fuel and the mass of the fuel required, we can use the density equation, which is density = mass/volume. To find the volume, we rearrange the equation to volume = mass/density.

Therefore, to find the volume of fuel needed:

Volume = 23,800 kg / 0.803 kg/L

After doing the division, the volume of fuel required is 29,638.8 liters (rounded to one decimal place).

Answer 2

Volume = 29,638.85 L

Step-by-step explanation:

We are given;

Density of Jet fuel = 0.803 Kg/L

Mass of Jet fuel = 23,800 kg

We are required to determine the volume of the Jet fuel

The formula of Density = Mass/volume

Rearranging the equation;

Volume = Mass/Density

Therefore;

Volume of jet fuel = 23,800 kg/ 0.803 kg/L

= 29,638.85 L

Therefore, the volume of jet fuel 29,638.85 L