Originally posted by: Pliablemoose
Anyone good @ converting liters/1Kkm to mpg? Evidently they call the Liberty a Cherokee in Australia.
I'd like to know what kind of mpg this thing gets😀
Jeep.au
Originally posted by: Pliablemoose
16.22 mpg
If that's correct, I'd better start looking for aother VW🙁
I've also strongly considered a VW Diesel
The definition of "horsepower" is "one foot-lb per second". "Horsepower" was invented by James Watt (the inventor of the steam engine) to describe the work his steam engine could accomplish in units that were understandable to the people of his day (i.e. the amount of draft horses that his engine could replace).You'd think that the name alone, "horsepower", would be enough to show you that horsepower is power.
Originally posted by: burnedout
:Q:Q:Q
Wow Pliablemoose. Talk about a pain with the oil change. I owned a '70 MB 220 Diesel for a short time while in Germany during the 80s. Oil changes on that car weren't nearly as complicated, although the canister and o-rings were also there if I recall correctly. Oil also becomes dirty rather quickly on those engines too.
Thought that the oil change issue with Diesel-powered cars might have evolved further by now than it has.
14.5L is for the 3.7L gas V6 (listed above the diesel on that site). Pull up the adobe file for full specifications and it lists the diesel as 9 l/100km, which converts to about 26mpg.Originally posted by: burnedout
Originally posted by: Pliablemoose
Anyone good @ converting liters/1Kkm to mpg? Evidently they call the Liberty a Cherokee in Australia.
I'd like to know what kind of mpg this thing gets😀
Jeep.au
Estimated Fuel Consumption* (lt / 100km)
4 - Speed Automatic 14.5L
I believe the following formula is correct:
mpg = 235.2209 / DIN . mpg =235.2209/14.5 = 16.22 mpg
Originally posted by: BooneRebel
14.5L is for the 3.7L gas V6 (listed above the diesel on that site). Pull up the adobe file for full specifications and it lists the diesel as 9 l/100km, which converts to about 26mpg.Originally posted by: burnedout
Originally posted by: Pliablemoose
Anyone good @ converting liters/1Kkm to mpg? Evidently they call the Liberty a Cherokee in Australia.
I'd like to know what kind of mpg this thing gets😀
Jeep.au
Estimated Fuel Consumption* (lt / 100km)
4 - Speed Automatic 14.5L
I believe the following formula is correct:
mpg = 235.2209 / DIN . mpg =235.2209/14.5 = 16.22 mpg
Originally posted by: Zenmervolt
The definition of "horsepower" is "one foot-lb per second". "Horsepower" was invented by James Watt (the inventor of the steam engine) to describe the work his steam engine could accomplish in units that were understandable to the people of his day (i.e. the amount of draft horses that his engine could replace).You'd think that the name alone, "horsepower", would be enough to show you that horsepower is power.
ZV
Originally posted by: Pliablemoose
Originally posted by: BooneRebel
14.5L is for the 3.7L gas V6 (listed above the diesel on that site). Pull up the adobe file for full specifications and it lists the diesel as 9 l/100km, which converts to about 26mpg.Originally posted by: burnedout
Originally posted by: Pliablemoose
Anyone good @ converting liters/1Kkm to mpg? Evidently they call the Liberty a Cherokee in Australia.
I'd like to know what kind of mpg this thing gets😀
Jeep.au
Estimated Fuel Consumption* (lt / 100km)
4 - Speed Automatic 14.5L
I believe the following formula is correct:
mpg = 235.2209 / DIN . mpg =235.2209/14.5 = 16.22 mpg
Thanks, looks a little more like what I expected for MPG.
You have a better way of interpreting the definition of "one foot-pound per second"? Horsepower is foot-pounds per second. You can't escape that definition.Originally posted by: Triumph
Are you still trying to argue that horsepower is power/time and torque is power? Because you are still wrong.Originally posted by: Zenmervolt
The definition of "horsepower" is "one foot-lb per second". "Horsepower" was invented by James Watt (the inventor of the steam engine) to describe the work his steam engine could accomplish in units that were understandable to the people of his day (i.e. the amount of draft horses that his engine could replace).You'd think that the name alone, "horsepower", would be enough to show you that horsepower is power.
ZV
Originally posted by: Zenmervolt
You have a better way of interpreting the definition of "one foot-pound per second"? Horsepower is foot-pounds per second. You can't escape that definition.Originally posted by: Triumph
Are you still trying to argue that horsepower is power/time and torque is power? Because you are still wrong.Originally posted by: Zenmervolt
The definition of "horsepower" is "one foot-lb per second". "Horsepower" was invented by James Watt (the inventor of the steam engine) to describe the work his steam engine could accomplish in units that were understandable to the people of his day (i.e. the amount of draft horses that his engine could replace).You'd think that the name alone, "horsepower", would be enough to show you that horsepower is power.
ZV
ZV
EDIT: It appears that I reversed "power" and "work" in my head.
Originally posted by: Chrishuff1
Hey, I got a diesel 🙂 1982 Oldsmobile Delta 88. Just rolled over 410,000 miles, but up here fuel is more expensive then premium!😕 Picture of the Diesel Beast
Edit: I get 32 miles per gallon.
Originally posted by: Chrishuff1
Actually it is the V8. This is the 2nd engine in it and 2nd transmission. Never have had a problem with it. But ya need to make sure you plug it in at night cause it is kinda hard to start when its cold.
550 ft-lb/s.Originally posted by: Zenmervolt
The definition of "horsepower" is "one foot-lb per second". "Horsepower" was invented by James Watt (the inventor of the steam engine) to describe the work his steam engine could accomplish in units that were understandable to the people of his day (i.e. the amount of draft horses that his engine could replace).You'd think that the name alone, "horsepower", would be enough to show you that horsepower is power.
ZV
EDIT: Regarding the use of diesel in sports cars, Mercedes experimented with the concept in their CL-111 cars back in the 1970's. IIRC a diesel model reached 220 mph in testing.