Well if you know the displacement, number of cylinders, and geometric compression ratio, you have everything you need to figure out the clearance volume.
Compression Ratio = (Displacement + Clearance Volume)/(Clearance Volume)
- rearranged gives: clearance volume = displacement/(comp. ratio -1).
A reasonable assumption of compression ratio on a modern F1 engine is somewhere around 12-13.5:1, I would say. So assume 12.8:1 compression ratio. You also now that each cylinder displaces 2400cc/8 = 300cc.
So, clearance volume = ( 300cc ) / ( 12.8 - 1) = 25.42cc
That should get you in the ballpark anyway.
Head gaskets do not go bad on these. You need to replace the plastic upper intake manifold as it is leaking coolant into the combustion chamber. Common problem for this engine.
It can. If one of the valves was in the combustion chamber at the time and the piston came up, it could damage the valve train and the top of the piston.
i dont understand your question, coolant wont flood your engine unless your head is cracked or warped,?????? and if it does flood, you will just hydraulic the combustion chamber, =not good:(
A liter is a unit of measure. What do you want to convert it to?A typical jar has a volume of about 2 liters; a cup may have a volume of a quarter liter.A liter is a unit of measure. What do you want to convert it to?A typical jar has a volume of about 2 liters; a cup may have a volume of a quarter liter.A liter is a unit of measure. What do you want to convert it to?A typical jar has a volume of about 2 liters; a cup may have a volume of a quarter liter.A liter is a unit of measure. What do you want to convert it to?A typical jar has a volume of about 2 liters; a cup may have a volume of a quarter liter.
It is the total volume displaced by the cylinders or an internal combustion engine.
38.04 qts 1 liter = 1.05 quart 1 quart = 0.94 liter
formula for to convert gm to mmol
A 1.3 liter engine means that it has a combustion capacity of 1.3 liters. It has 1.3 liters of engine displacement or volume displaced in the cylinders by the pistons.
It refers to the size of the engine. "1.8 liter" is the accumulated volume of the engines' combustion chambers. This is calculated by multiplying the bore by the stroke by the number of cylinders.
Use this formula: mpg x 0.425 = km per liter
316
Formula: US gallons x 3.785 = liters