Answer:
The process for determining the ratio cannot be answered with a few short words.
To calculate CO2 emissions from fuel consumption, you can use the following formula: CO2 emissions (in metric tons) fuel consumption (in liters) x emission factor (in kg CO2 per liter). The emission factor varies depending on the type of fuel being used. You can find specific emission factors for different fuels from sources like the Environmental Protection Agency or the International Energy Agency.
To calculate fuel efficiency from CO2 emissions, you need to know the amount of CO2 emitted per unit of fuel burned. This information can be found in emissions data provided by regulatory agencies or fuel suppliers. Once you have this data, you can calculate fuel efficiency by dividing the amount of CO2 emitted by the fuel by the distance traveled or work done. Keep in mind that this calculation provides an indirect measure of fuel efficiency and assumes that the fuel burned was solely responsible for the CO2 emissions.
To calculate CO2 emissions for vehicles, you can use the formula: CO2 emissions (in grams) fuel consumption (in liters) x emission factor (in grams per liter). The emission factor varies based on the type of fuel used. You can find specific emission factors for different fuels from sources like the Environmental Protection Agency or vehicle manufacturers.
To calculate CO2 emissions from cars, you can use the following formula: CO2 emissions (in grams) fuel consumption (in liters) x emission factor (in grams per liter). The emission factor varies depending on the type of fuel used. You can find the emission factors for different fuels from sources like the Environmental Protection Agency or the Department of Energy.
Running rich- either due to computer or faulty fuel injectors or carb. adjustment
It is emission free because it only produces water
Automotive oxygen sensors or lambda sensor is known as O2 sensors. Modern electronic fuel injection and emission control is possible because of O2 sensor. O2 sensor helps to determine if the air fuel ratio of a car engine is rich or lean. O2 sensor is located in the exhaust system near catalytic convertor. O2 sensor senses the concentration of oxygen in the exhaust gases and sends the signal to engine management system or ECU. Information from O2 sensor is coupled with information from other sensor of system is used to determine the air fuel ratio. So by using optimum air fuel ratio engine can burn fuel effectively and efficiently so emission is reduced.
Normaly it is called a part of the fuel system.
The ratio is about 15:1 fuel to air.
Fuel mixture ratio for Yamaha rt100?
35:1 is the fuel mix ratio
In diesel engine fuel to power ratio is 1:50