37 MPG to L – Answer and Calculator Tool

The conversion of 37 mpg to liters per 100 kilometers is approximately 6.36 l/100km.

This means that a vehicle which travels 37 miles on a gallon of fuel consumes about 6.36 liters to cover 100 kilometers. To convert miles per gallon to liters per 100 km, we use the fact that 1 mile equals 1.60934 km, and 1 gallon equals 3.78541 liters, then apply the formula accordingly.

Understanding the Conversion

To convert miles per gallon (mpg) to liters per 100 km (l/100km), you need to understand the relationship between miles, kilometers, gallons, and liters. Since 1 mile equals 1.60934 km, and 1 gallon equals 3.78541 liters, the formula accounts for these conversions. The calculation involves dividing 100 km by the distance traveled in miles per gallon, then multiplying by the liters per gallon.

Conversion Tool

Enter value in mpg:

Result in l:

Conversion Formula

The formula to convert mpg to l/100km is: (100 * liters per gallon) / (miles per gallon * kilometers per mile). This works because it adjusts for the change from miles to kilometers and gallons to liters, giving a fuel consumption rate in liters per 100 km. For example, with 37 mpg: (100 * 3.78541) / (37 * 1.60934) = 6.36 l/100km.

Conversion Example

• Convert 25 mpg to l/100km:
  • Step 1: Multiply 100 by 3.78541 (liters per gallon): 378.541
  • Step 2: Multiply 25 mpg by 1.60934 (km per mile): 40.2335
  • Step 3: Divide 378.541 by 40.2335: approximately 9.4 l/100km
• Convert 50 mpg to l/100km:
  • Step 1: 100 * 3.78541 = 378.541
  • Step 2: 50 * 1.60934 = 80.467
  • Step 3: 378.541 / 80.467 ≈ 4.7 l/100km
• Convert 15 mpg to l/100km:
  • Step 1: 378.541 divided by (15 * 1.60934)
  • Step 2: 15 * 1.60934 = 24.1401
  • Step 3: 378.541 / 24.1401 ≈ 15.69 l/100km

Conversion Chart

mpg	liters per 100 km (l/100km)
12.0	19.62
15.0	15.69
20.0	11.76
25.0	9.41
30.0	7.84
37.0	6.36
40.0	5.88
50.0	4.70
60.0	3.92
62.0	3.81

This chart helps you compare mpg values with their equivalent liters per 100 km. Use the table to quickly find the fuel consumption in liters for any mpg value within the range.

Related Conversion Questions

• How many liters per 100km is 37 mpg?
• What is the mpg equivalent of 6.36 l/100km?
• Can I convert 37 mpg to km per liter?
• What does 37 mpg mean in liters per 100 kilometers?
• Is 37 mpg considered fuel efficient compared to other cars?
• How do I convert mpg to l/100km for different vehicles?
• What is the impact of converting mpg to l/100km on fuel economy comparison?

Conversion Definitions

mpg

MPG stands for miles per gallon, a measurement of fuel efficiency indicating how many miles a vehicle can travel on one gallon of fuel. It helps compare fuel economy across different vehicles, with higher mpg signifying better efficiency.

l

Liter (l) is a metric unit of volume used to measure liquids including fuel. When converting fuel consumption, liters per 100 kilometers (l/100km) indicates how many liters are needed to travel 100 km, used mainly outside the U.S. for fuel efficiency comparisons.

Conversion FAQs

How accurate is the conversion from mpg to l/100km?

The conversion is very accurate when using the precise formula involving 3.78541 liters per gallon and 1.60934 km per mile. Minor discrepancies can occur due to rounding, but overall, the calculation provides reliable results for practical use.

Can I use this conversion for all vehicles?

Yes, the formula applies universally since it is based on standard unit conversions. However, actual vehicle fuel efficiency may vary due to driving conditions, vehicle condition, and other factors, so the converted values are estimates.

What adjustments are needed if I use imperial gallons?

If your vehicle’s fuel consumption is rated in imperial gallons (which are larger than US gallons), you should replace 3.78541 with 4.54609 in the formula to get correct liters per 100 km.

How do differences in driving styles affect the conversion?

The conversion provides a standardized measure but does not account for real-world driving variations like terrain, speed, and load, which influence actual fuel consumption. Always consider these factors when interpreting the results.