Homework Question for the Thanksgiving Weekend (for the brains out there)
#1
Homework Question for the Thanksgiving Weekend (for the brains out there)
First of all, happy thanksgiving week guys. Take the time to catch up on anything that you have fallen behind on. Eat, be happy, and be thankful for how lucky we all are
Now for the fun:
As a percentage of a full tank of gas, how much fuel do you think that the load of the entire electrical system (computer, radio, headlights, defrost, wipers, amps, etc) consume as a whole? (if any)
Please don't just guess I love me some knowledge
Now for the fun:
As a percentage of a full tank of gas, how much fuel do you think that the load of the entire electrical system (computer, radio, headlights, defrost, wipers, amps, etc) consume as a whole? (if any)
Please don't just guess I love me some knowledge
#3
First of all, happy thanksgiving week guys. Take the time to catch up on anything that you have fallen behind on. Eat, be happy, and be thankful for how lucky we all are
Now for the fun:
As a percentage of a full tank of gas, how much fuel do you think that the load of the entire electrical system (computer, radio, headlights, defrost, wipers, amps, etc) consume as a whole? (if any)
Please don't just guess I love me some knowledge
Now for the fun:
As a percentage of a full tank of gas, how much fuel do you think that the load of the entire electrical system (computer, radio, headlights, defrost, wipers, amps, etc) consume as a whole? (if any)
Please don't just guess I love me some knowledge
not much. when i was younger (17ish) and used to drive home uhh...in questionable condition... during the winter time i would drive home freezing my nuts off and by the time i parked infront of the house the car was nice and toasty and i didnt want to get out. i always said "ima stay here and warm up for a second then get out and go inside". well long story short most nights i would end up passing out in my car with the heater on, radio on, lights off, and the gas tank would rarely move for about 5 hours worth of idling. v6 mustang.
#4
I think he means how much more gas is being used by the engine to spin the alternator to power the electrical systems in a car.
I don't think it's even measurable, unless you're talking in really small units. I'm sure there's some kind of calculation to figure it out, but it seems kind of pointless to bother to me.
I don't think it's even measurable, unless you're talking in really small units. I'm sure there's some kind of calculation to figure it out, but it seems kind of pointless to bother to me.
#8
^ LOL
and LOL at the "cliff would know" comment
But like said above, I'm sure there is a calculation to figure it out. Don't know where to look though. If you could tally up the total required elec. needed to run all the "parts" of your car (lights, radio, etc) then backtrack it to say the alt. need to produce "X" amount of elec.
From that you could quantify the amount of energy/power it takes to keep the car running. Convert the elec. needed to be produced by the alt. into power. So now you would have the power required by the alt. and the power required by the car to run.
Then I would guess to see how much energy is in a "unit" of gasoline. And from there can get the volume of gas. You would need to play with the numbers to get everything in common units obviously to compare them.
Burning a known, lets cay cubic inch of gasoline, can net you a known amount of power. All of it goes into running the car with a portion of it going to the elec components.
This makes sense in my head lol. Sorry if it confuses someone....or maybe I'm just wrong lol
and LOL at the "cliff would know" comment
But like said above, I'm sure there is a calculation to figure it out. Don't know where to look though. If you could tally up the total required elec. needed to run all the "parts" of your car (lights, radio, etc) then backtrack it to say the alt. need to produce "X" amount of elec.
From that you could quantify the amount of energy/power it takes to keep the car running. Convert the elec. needed to be produced by the alt. into power. So now you would have the power required by the alt. and the power required by the car to run.
Then I would guess to see how much energy is in a "unit" of gasoline. And from there can get the volume of gas. You would need to play with the numbers to get everything in common units obviously to compare them.
Burning a known, lets cay cubic inch of gasoline, can net you a known amount of power. All of it goes into running the car with a portion of it going to the elec components.
This makes sense in my head lol. Sorry if it confuses someone....or maybe I'm just wrong lol
#9
I think Ox is talking more along the lines of you turning your radio up, headlights on, interior lights on, etc. doesn't have any effect on the amount of draw the alternator has on the car. The alternator pulls a draw on your engine based on your rpms and the amount of electronic devices that you have on doesn't effect your cars gas mileage one way or the other.
#10
I think Ox is talking more along the lines of you turning your radio up, headlights on, interior lights on, etc. doesn't have any effect on the amount of draw the alternator has on the car. The alternator pulls a draw on your engine based on your rpms and the amount of electronic devices that you have on doesn't effect your cars gas mileage one way or the other.