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I've used 10% for years with Seafoam additive with little problems. But at the advice of my local mower shop & Kawasaki (Mule) dealer I've started using BP "Ultimate", high priced, but the only ethanol free gas available here. ~~ Lowell
 
Where I am there are several stations that sell non ethanol but most of it is $4.00+ premium however the nearby indian reservation has all grades of non ethanol for alot cheaper. I have personally noticed a difference with the non ethanol.
 
And as far as buying "a gallon at a time" for 2 stroke mixing... I've said it before and I'll say it again, if you want true "high octane" from one of those multiple pumps, set the grade and pump a gallon or so into something other than your fuel container.

IF, the guy ahead of you used "regular", that hose is full from the grade selector valve in the pump right down to the nozzle with regular. AND if you do the math it's a significant amount of fuel into your container before the REAL high test gas reaches the nozzle...

How much fluid does 12' of regulation fueling hose contain? Somebody with math skills could probably figger it out, that let's me out!. :D
Assuming a 1" Inner Diameter on the hose it's just under 1/2 gallon.

Here's the formula: R^2 X 3.1416 = Square inches. Mutliply sq. inches times length in inches to get cubic inches.

1 gallon = 231 cubic inches.

First, determine the area of the ID of the hose-- Radius^2 (Radius squared) X pi (3.1416) = Area... ..5 x .5 = .25; .25 x 3.1416 - .785 sq in.

Then multiply times length (in inches)-- .785 X 144 = 113.1 cubic inches. In this case, the area is in inches and

the length in feet (12 feet) so I converted to length to inches (144)

Divide by 231 to get gallons 113.1/231 = .49 gallons.

Smitty
 
Assuming a 1" Inner Diameter on the hose it's just under 1/2 gallon.

Here's the formula: R^2 X 3.1416 = Square inches. Mutliply sq. inches times length in inches to get cubic inches.

1 gallon = 231 cubic inches.

First, determine the area of the ID of the hose-- Radius^2 (Radius squared) X pi (3.1416) = Area... ..5 x .5 = .25; .25 x 3.1416 - .785 sq in.

Then multiply times length (in inches)-- .785 X 144 = 113.1 cubic inches. In this case, the area is in inches and

the length in feet (12 feet) so I converted to length to inches (144)

Divide by 231 to get gallons 113.1/231 = .49 gallons.

Smitty
RED LIGHT, RED LIGHT!!!! Oh my God... Ohhhhh myyyyyyy God, Smitty what have you done to me...? All those formulas, those numbers and conversions of ratios and rebarred 7th minor chords.... All I can see after reading your post is a woman called Alice "The Ax" McDougal who taught the filthiest of high school subjects "Math + Algebra" and me in her "favorite front row dummy seat" beating my bewildered head into the desk... So, you were one of them smart ass guys sitting there along with the ugly girls that could cypher that rythmatick eh? I wouldn't even know how to find that answer inside a calculator with the "ON" button already pressed for me...! Actually, the question was merely retorical...!:D

Now I'll have bad dreams all night of "Detention Hall" all for a lousy half gallon of regular gas left in the gas hose! :D

:dancingbanana: :smilewink: :D
 
Assuming a 1" Inner Diameter on the hose it's just under 1/2 gallon.

Here's the formula: R^2 X 3.1416 = Square inches. Mutliply sq. inches times length in inches to get cubic inches.

1 gallon = 231 cubic inches.

First, determine the area of the ID of the hose-- Radius^2 (Radius squared) X pi (3.1416) = Area... ..5 x .5 = .25; .25 x 3.1416 - .785 sq in.

Then multiply times length (in inches)-- .785 X 144 = 113.1 cubic inches. In this case, the area is in inches and

the length in feet (12 feet) so I converted to length to inches (144)

Divide by 231 to get gallons 113.1/231 = .49 gallons.

Smitty
I think I just had a brain spasm....
 
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I wish I could find ethanol free gas around here. Even the high octane is "up to 10%".

Honestly though the only issue I've had with it was in my tiller that I let set out side over winter with fuel in the bowl. Come spring the carb was junk! That was my "baughten" lesson and now I run all of mine regularly and run the whole fuel system dry. For my generator, since I want it to be stored with a full tank I put sta-bil in it, shut the valve and run the bowl dry.

My biggest argument against ethanol is that is costs more to produce and gets me less miles per gallon.
 
RED LIGHT, RED LIGHT!!!! Oh my God... Ohhhhh myyyyyyy God, Smitty what have you done to me...? All those formulas, those numbers and conversions of ratios and rebarred 7th minor chords.... All I can see after reading your post is a woman called Alice "The Ax" McDougal who taught the filthiest of high school subjects "Math + Algebra" and me in her "favorite front row dummy seat" beating my bewildered head into the desk... So, you were one of them smart ass guys sitting there along with the ugly girls that could cypher that rythmatick eh? I wouldn't even know how to find that answer inside a calculator with the "ON" button already pressed for me...! Actually, the question was merely retorical...! :D

Now I'll have bad dreams all night of "Detention Hall" all for a lousy half gallon of regular gas left in the gas hose! :D

:dancingbanana: :smilewink: :D
Sorry to bring up repressed memories.... my fee is $175 an hour... ;o}

Actually, I did okay with geometry and trig since it's basically using a bunch of formulas. Algebra on the other hand was a nightmare.... my 11th grade algebra teacher was Mrs. Peterson-- a 30 something that was putting her husband through grad school and didn't want to be teaching a bunch of teenagers. She took an especial dislike to me because I would ask questions that disrupted her pithy,boring, "let's get this over" monologue. I pulled a C the first term, and transferred to another teacher-- a man who loved the subject and understood kids... My grades pulled up to a B+... but I still don't like Algebra.

College math was taught by a guy with a PhD in physics... but he was cool. He worked for a time for an explosives manufacturer and was in charge of testing the finished product for shock resistance, etc.... which he did by setting up a sample, then shooting it with a 30-06!!!!

But I digress..

A half gallon of ethanol laced gasoline in a 1 gallon tank is significant, though.... I wanted to see just how much there actually was.

A person I know used to put the gas in a quart jar and add a little water... the water combines with the ethanol and settles on the bottom--it's clear and can easily be distinguished from the gasoline. This at least tells you whether there is ethanol in your gas.

A person could set up a container with a clear tube to show the level of liquid and a tap a few inches up from the bottom... pour the gas in, add a little water, and drain off above the water level----voila' pure gasoline....

Smitty
 
Sorry to bring up repressed memories.... my fee is $175 an hour... ;o}

Actually, I did okay with geometry and trig since it's basically using a bunch of formulas. Algebra on the other hand was a nightmare.... my 11th grade algebra teacher was Mrs. Peterson-- a 30 something that was putting her husband through grad school and didn't want to be teaching a bunch of teenagers. She took an especial dislike to me because I would ask questions that disrupted her pithy,boring, "let's get this over" monologue. I pulled a C the first term, and transferred to another teacher-- a man who loved the subject and understood kids... My grades pulled up to a B+... but I still don't like Algebra.

College math was taught by a guy with a PhD in physics... but he was cool. He worked for a time for an explosives manufacturer and was in charge of testing the finished product for shock resistance, etc.... which he did by setting up a sample, then shooting it with a 30-06!!!!

But I digress..

A half gallon of ethanol laced gasoline in a 1 gallon tank is significant, though.... I wanted to see just how much there actually was.

A person I know used to put the gas in a quart jar and add a little water... the water combines with the ethanol and settles on the bottom--it's clear and can easily be distinguished from the gasoline. This at least tells you whether there is ethanol in your gas.

A person could set up a container with a clear tube to show the level of liquid and a tap a few inches up from the bottom... pour the gas in, add a little water, and drain off above the water level----voila' pure gasoline....

Smitty
That's exactly how they clear the big tanks.
 
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