going through a deep puddle will cause water to get into your Distributor causing the spark plugs not to fire, take off the distributor cap and make sure its dry as a bone
step slowly on the brakes
if it is a big puddle the water when splashed might be hiting a sensor if it is a big puddle the water when splashed might be hiting a sensor
pressing on the brake pedal lightly for a short distance
When a car drives through a puddle of water, the change that takes place in the puddle is a physical change. Of course, chemical changes will take place in the engine of the car, but that's probably not what you are asking.
Not that I know of but have a mechanic check to see if there is a stick or something caught behind a wheel.
The young cavalier threw his cloak on the puddle of water to act chivalrously and prevent a lady from getting her feet wet. This behavior was often considered polite and honorable during the time of the Cavaliers.
I know I used to have this Problem in a ford also... it was caused by water flying up under car and hitting spark plugs believe it or not..after it dried out it was ok again..when i couldn't avoid puddle just drive super slow through it! Hope this helps..
A screeching sound after driving through a puddle could indicate that water got onto your brake pads, causing temporary loss of braking efficiency. It may also signal a loose or damaged belt slipping due to the water. It's best to have a mechanic inspect your vehicle to ensure everything is functioning properly.
one of the ssensors got water in it
replace the distributor cap some 96 cavaliers have a recall on them. the computer is located near the wheel well which could be subject to moisture resulting in corrosion or computer failure. check with chev dealer to see if your car has that recall
96 S10 chev pickup after driving 80 miles you parked and had a big puddle of water over flow when parked?
Yes, the process of a puddle evaporating is reversible. When water evaporates from a puddle, it turns into water vapor, which can later condense back into liquid form through a process called condensation when the conditions are right, such as cooling temperatures.