You can't because Camry 98 uses completely computerized ignition system and air ratio management system. If you have warning that the system is too lean, it means that the air fuel sensor is bad. If you do not have one, the oxygen sensor in the bank 1 is bad and has to be replaced.
It ignites the compressed air/fuel mixture.
Not necessarily. An excess of air causes the fuel/air mixture to become lean, and it doesn't have a positive impact on efficiency.
It's in the exhaust manifold. Be aware that some 99 camry's have air-fuel sensor, others have oxygen sensor instead at the same place.
Turbocharger is used to boost the air quantity in air fuel mixture with the help of exhaust gases coming from engine. Large amount of air fuel mixture helps to give more power output. So to increase power output of our engine we use a turbocharger.
torque specs air fuel mixture screw on a yz125 2003
It get's richer, The fuel/air mixture becomes richer..
It get's richer, The fuel/air mixture becomes richer..
By altering the fuel-air mixture that goes through the plate. In the 1970s some teams such as Hoss Ellington were able to rig devices to their manifolds that could move the plate to increase fuel-air mixture and thus horsepower.
install a cold air intake. more air with same amount of fuel being injected will lean out the fuel/air mixture. plus you'll get more power
The purpose of the spark is to ignite the air fuel mixture in the combustion chamber. When the air fuel mixture ignites the expansion of the burning air fuel mixture causes the piston to go down thus turning the crankshaft.
No. However it can affect the idle and power. It will affect the air-fuel mixture resulting in an increase in emissions and gas mileage.
Mixture strength in combustion refers to the ratio of fuel to air present in the air-fuel mixture. It can impact the efficiency and performance of the combustion process, with a stoichiometric mixture (ideal ratio of fuel to air) typically providing optimal results. Adjusting the mixture strength can affect factors like power output, emissions, and fuel economy in combustion engines.