4.7 liter per/hour
The horsepower of any engine is not limited or defined by the size of the engine. A 2200 cc engine could have as much as 400 horsepower, if modified.
Well a 212cc engine has 6.5 horsepower to be exact. So id say maybe 3-4?
A CAT 3208 engine has between 210 and 435 HP. The exact HP will depend upon the exact version of engine that you have. This is a diesel engine that was first produced in the year of 1975.
12 gallons give or take depending if you have a fuel heater, liquid trans cooler, etc
The hourly fuel consumption of a Caterpillar 14 H grader is dependent upon the workload. Under normal conditions, the grader should consume about seven gallons of fuel per hour
that depends on size of engine
There can be many reasons why a car surges while idling. Some of these reasons are the computer could be dying, or the fuel injector are giving the engine too much gas.
too much fuel (unburned) getting into the exhaust. could be your oxygen sensor or catalyst converter. less likely, a leaking fuel injector
A Honda Ridgeline typically consumes about 0.2 to 0.5 gallons of fuel per hour while idling, depending on various factors such as engine condition and accessories in use. This can vary slightly based on the model year and specific engine configuration. Idling for extended periods can lead to unnecessary fuel consumption, so it's generally advisable to turn off the engine when parked for long durations.
For a 1995 Ford Explorer , 4.0 liter , EFI , V6 engine : With engine idling ( 30 PSI ) Key On / Engine Off ( 39 to 40 PSI )
Effectively all the fuel that it burns while idling. You are getting 0 miles per gallon while idling.
If it helps the fuel pressure at the fuel rail should be 3.3-3.7 bar with the engine idling. The holding pressure after 20-30 minutes should be, system pressure - 0.5 bar.
Too high of an idle could be producing too much fuel for your jets to work with
it idles quickly to save as much fuel, energy, oil, etc. as possible
It depends on the truck ie;a volvo 780 burns 7.0 gallons in 10 hrs.
It's just the complement to fuel displacement. How much air the engine takes in affects how much fuel it can burn.
A 1990 Suzuki Samurai may flood while idling due to several reasons, including a faulty carburetor that allows too much fuel to enter the engine, a malfunctioning choke that remains closed, or issues with the fuel delivery system such as a stuck float. Additionally, worn spark plugs or ignition problems can prevent proper combustion, leading to an overly rich fuel mixture. Ensuring proper tuning and maintenance can help resolve these flooding issues.