A 2.9 Ford Ranger NEVER has much power, but if it's lower than normal, try running a computer diag scan to see if the computer has picked up something.
The shocks on a 2000 Ford Ranger are replaced by jacking the vehicle up, removing the wheels, unbolting the shock, and removing it from the vehicle. Because the vehicle is supported off the ground, the shocks are not under load and can readily be replaced.
Why power generated with under frequency is harmful to the load?Read more: Why_power_generated_with_under_frequency_is_harmful_to_the_load
I have a 95 ranger and I hauled a load of pine logs about 25 miles weighing in at 3 1/2 tons
Many vehicles were engineered that way so that you could get all of the power you need when passing or climbing a hill.
97 ford 4 6 running ruff under a load
not real
could be two things. if it does it while idling or accelerating, then its probably a spark plug not firing. if it only does it while accelerating or under load. then its probably a spark plug wire. either way, as general maintenance its a good idea to replace all the wires and plugs. Clogged catalitic converter will cause it to lose power.
The 'type' of power is determined by the load. If the load is resistive (e.g. a lamp) then the rate at which it consumes energy is termed 'true power', expressed in watts.You seem to be under the impression that reactive power is 'pushed out' into a load. This is quite false; the loaddetermines the power.
Usually it is related to fuel since the engine consumes more when worked(under load.)
i have a 2000 ford ranger xlt super cab 4x4. the bumper specs are 200lbs down force on hitch and 2000 lbs owners manual says 7000 lbs max total weight with things loaded.
Assuming the generator converts 90% of the mechanical power into electrical power, it has an efficiency of 90%, which means it consumes 11 kW of mechanical power under a full electrical load of 10 kW. Under no load the frictional losses will still apply, but the resistive losses in the windings will not be present. Therefore the no-load losses can be estimated as 500 watts in this conditon.
No, the transformer has to supply the load, whether it is light or heavy.