What codes were stored in the computer? Apparently, there are no codes that came up? There was a code that advised that there was a problem with the EGR Valve, which was replaced in Dec. Exhaust and tailpipe apparently are fine. Have had the fuel filter and pump assy replaced, catalytic converter, belt tensioner, serp. and a/c belt and crank position sensor. The van still runs, but, feels that it is sluggish and I have to floor it just to get up a hill! Not being very familiar with the inside of vehicles, it is very frustrating. The transmission has been checked twice, and apparently is fine. No oil leaks etc. The van does have a 157k km, so, would expect something to go wrong. This is just frustrating. There does appear to be a slight hint of gas smell when the heater is on? Thank you
if he doesnt know how then he must not be a very good mechanic, i have a 92 Spirit, same engine and trans as your caravan, that's if your packing the 2.5L engine... the speedsensor in the back should have the speedometer built
Figure out what would entice him to do that.
Acceleration = force in newtons divided by mass in kilograms
I would guess it is a figure of speech relating to a caravan that is so long that it is not practical to count the number of individual members.
Sounds like the warning light for the SRS (supplemental restraint system). That includes airbags, seatbelts, etc. You will need to have the system checked by a qualified mechanic.
a = (change in speed) divided by (time for the change)
To calculate acceleration, you need to know the initial velocity of the car and its final velocity after 6.8 seconds. The acceleration can be found using the formula: acceleration = (final velocity - initial velocity) / time.
you have to figure it out c'mon.... i know your better than that
This is likely a problem with the fuel line or filter. You need to make sure the fuel line is clear and does not have any clogs. A change of the fuel filter may help. If you are not able to figure it out by normal maintenance, a mechanic should be consulted.
You can't figure "acceleration" from this information. Maybe you meant "Deceleration"? Ask again.
The spacecraft's orbital speed can be calculated using the formula v = 2πr / T, where v is the orbital speed, r is the orbital radius, and T is the orbital period. Substituting the values, the spacecraft's orbital speed is approximately 490 m/s.
You know what makes him tick better than any of us do - that's on you to figure out.