Math Problem Statement
On 23 July 1983, Air Canada Flight 143 ran completely out of fuel about halfway through its flight from Montreal to Edmonton. Fuel loading was miscalculated through misunderstanding of the recently adopted metric system. For the trip, the pilot calculated a fuel requirement of 22,300 kilograms. There were 7,682 liters already in the tanks. If a liter of jet fuel has a mass of 0.803 kilograms, how much fuel [in liters] is needed to be added for the trip? Show your calculations. Round final answer to nearest whole liter.
Solution
To solve this problem, we'll calculate the amount of fuel in kilograms already present in the tanks, subtract it from the total fuel requirement, and then convert the remaining amount into liters.
Step 1: Calculate the mass of the fuel already in the tanks
Given:
- liters of fuel
- The mass of one liter of fuel is kilograms
The mass of the fuel already in the tanks is calculated as follows:
Step 2: Calculate the additional fuel required in kilograms
The total fuel requirement for the trip is kilograms. The additional fuel needed is:
Step 3: Convert the additional fuel requirement from kilograms to liters
We know that liter of jet fuel has a mass of kilograms, so the required fuel in liters is:
Step 4: Round the answer to the nearest whole liter
Rounding liters to the nearest whole number gives:
Final Answer
The amount of fuel that needs to be added is 20,089 liters.
Would you like to go over any part of this solution in more detail?
Here are 5 related questions for further practice:
- How would the calculations change if the mass of one liter of jet fuel was 0.800 kilograms?
- If the initial amount of fuel in the tank was incorrectly recorded as 7,000 liters, how much additional fuel would be needed?
- Suppose the fuel requirement was calculated in pounds instead of kilograms. How would you convert the final answer?
- What if the flight required 25,000 kilograms of fuel instead of 22,300 kilograms?
- If the pilot mistakenly used the density of another type of fuel (0.820 kg/liter), what would have been the error in fuel calculation?
Tip: Always double-check unit conversions, especially in critical calculations like fuel requirements!
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Math Problem Analysis
Mathematical Concepts
Unit Conversion
Multiplication
Subtraction
Division
Formulas
Mass of fuel in tanks = Volume (liters) × Fuel density (kg/liter)
Additional fuel required (kg) = Total fuel required (kg) - Mass of fuel already in tanks (kg)
Additional fuel in liters = Additional fuel required (kg) ÷ Fuel density (kg/liter)
Theorems
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Suitable Grade Level
Grades 9-12
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