Please restate your question.
look at the head with the valve cover off find where the exhaust manifold goes in tha is the exhaust valve or looking at the valves the first one is exhaust then intake then intake ,exhaust,exhaust,intake,intake,exhaust if you have the head off i think the intake valves are bigger than the exhaust
There are two types of valves in an engine. The valves are located in the head. There are exhaust valves and fuel intake valves
As an air/fuel mixture is drawn into the intake ports, intake valves open to allow the mixture to enter the cylinder. On the exhaust stroke of an engine, the exhaust valves open, allowing the burned air/fuel mixture to exit out the exhaust ports. Intake valves are larger than exhaust valves, and are able to be found on the "cold" or intake side of the cylinder head(s).
Near the head, between the exhaust manifold and the intake.
No. The valves and ports are in the head. Unless it's a flathead. Not used much in automobiles after 1954.
On a fully assembled engine, the intake and exhaust valves will not be visible. If the cylinder head is removed from the engine, the valves will then be visible. The intake valve faces are usually larger than those of the exhaust valves, and can be easily distinguished visually.
The exhaust valves will be located closest to the exhaust manifold side of the head & are always smaller in diameter than intake valves. Also if any are open @ the time you will see the carbon build up around the exhaust valves where as the intakes will be considerably cleaner.
1.94 intake and 1.50 exhaust
No way to do that without pulling off a head and measuring them.
1973 350 Corvette. 76cc chambers. 2.02`` intake valves 1.6`` exhaust valves.
From the front of the head it's EIIEEIIE. This is the same on both sides - (I=Intake, E=Exhaust) With the valve covers off the rocker that aligns with the exhaust port is the exhaust the other will align with the intake manifold runner this would be your intake
A 4-cycle engine that has the intake and exhaust valves located in the cylinder head.