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Good enough to me. When infinity finally comes to an end, it's going to have some explaining to do.

 

as a programmer part of the time, i usually just round that shit to 2 decimal places. Life would be much simplier if all insignificant shit could be rounded and forgotten.

I hope you don't work for the airlines.

 

When did they start doing things precisely beyond 2 decimal places?

The first time they hired a lawyer.

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Good enough to me. When infinity finally comes to an end, it's going to have some explaining to do.

 

as a programmer part of the time, i usually just round that shit to 2 decimal places. Life would be much simplier if all insignificant shit could be rounded and forgotten.

 

That's the premise of thos computer programs guys write from time to time to shave off and accumulate fractional pennies from accounting systems.

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But if 3.14 equals pie why does it not explain if it's cherry, blueberry (which are actually purpleberries), rhubarb, peach or apple? not to mention it fails to explain if alamode is even an option on all or only the apple? Math can be so misunderstood sometimes... Edited by Crimsonmistymemory
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Good enough to me. When infinity finally comes to an end, it's going to have some explaining to do.

 

as a programmer part of the time, i usually just round that shit to 2 decimal places. Life would be much simplier if all insignificant shit could be rounded and forgotten.

 

That's the premise of thos computer programs guys write from time to time to shave off and accumulate fractional pennies from accounting systems.

 

Ahhh yes the Office Space movie premise.

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Good enough to me. When infinity finally comes to an end, it's going to have some explaining to do.

 

as a programmer part of the time, i usually just round that shit to 2 decimal places. Life would be much simplier if all insignificant shit could be rounded and forgotten.

 

Canada is doing that. Financial transactions are rounded to the nearest five cents so you no longer have to deal with pennies.

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If 1/3=.333333.....

and 2/3=.66666666.....

and .3333333...... +.6666666.... = .99999999999.......

and 1/3 + 2/3 =1

it only makes sense that .99999999999...... = 1

Your first three statements are wrong.

Dork.
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If n = 0.999999999.....

Then 10n = 9.999999999......

 

10n - n = 9n

9.999999999 - 0.999999999 = 9

 

Therefore, 9n = 9

Divide both sides by 9

 

n = 1

 

:yes: :yes:

Dork.
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If 1/3=.333333.....

and 2/3=.66666666.....

and .3333333...... +.6666666.... = .99999999999.......

and 1/3 + 2/3 =1

it only makes sense that .99999999999...... = 1

Your first three statements are wrong.

 

Explain :o

 

1/3 is approximately .333333.....

and 2/3 is approximately .66666666.....

so 1/3 + 2/3 equals approximately .9999999...

 

.9999999 is approximately 1. If you're doing physics, it's all about approximation so then you can say .9999999 = 1

Dork.
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If 1/3=.333333.....

and 2/3=.66666666.....

and .3333333...... +.6666666.... = .99999999999.......

and 1/3 + 2/3 =1

it only makes sense that .99999999999...... = 1

Your first three statements are wrong.

 

Explain :o

Either you added the ..... or I didn't see them. If the latter, I apologize.

No apology needed, as 1/3 does not equal .333..., it only approximates it. Same with 2/3 and .666.... Ergo, .999... does not equal one, but approximates it.
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Good enough to me. When infinity finally comes to an end, it's going to have some explaining to do.

 

as a programmer part of the time, i usually just round that shit to 2 decimal places. Life would be much simplier if all insignificant shit could be rounded and forgotten.

 

Canada is doing that. Financial transactions are rounded to the nearest five cents so you no longer have to deal with pennies.

Interesting. My understanding is that the continuation of the penny is to take money out of circulation. Think of the dollars that remain purchased in the form of pennies that remain out of circulation.
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If n = 0.999999999.....

Then 10n = 9.999999999......

 

10n - n = 9n

9.999999999 - 0.999999999 = 9

 

Therefore, 9n = 9

Divide both sides by 9

 

n = 1

 

:yes: :yes:

Dork.

 

That's MR. Dork to you...... ;) ;)

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1/3 is not equal to 0.33333333… because 3 x 0.33333333… does not equal 1. It equals 0.99999999…. 1/3 x 3 always equals 1. For this reason, 0.99999999… does not equal 1.

 

1/6 is typically expressed as 0.16666666…. But 0.16666666 x 6 = 0.9999999…6, which does not equal 1.

 

Decimals are used as approximations of fractions, not necessarily the true value. Most numbers are indivisible by a power of 10 and thus cannot be, as denominators, truly expressed as decimal percentages. Some, like 2, happen to work out. 1/2 is equal to 0.5, because 0.5 x 2 = 1. But 1/9 is not equal to 0.11111111…, as it is expressed, because 0.11111111… x 9 = 0.99999999…. Not 1. But 1/9 x 9 is always 1. No matter what, 1/9 of a pizza is 1/9 of a pizza. But it is not 0.11111111… of a pizza because 9 x 0.11111111… of a pizza does not make a whole pizza.

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If n = 0.999999999.....

Then 10n = 9.999999999......

 

10n - n = 9n

9.999999999 - 0.999999999 = 9

 

Therefore, 9n = 9

Divide both sides by 9

 

n = 1

 

:yes: :yes:

Dork.

 

That's MR. Dork to you...... ;) ;)

MR, not Mr. Hahahaaaaaa!
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Theoretically, yes. Technically, no. For this reason, fractions are better for performing mathematical computatations.

 

I agree with this 1/3, but i disagree .66666666

:LOL:
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1/3 is not equal to 0.33333333… because 3 x 0.33333333… does not equal 1. It equals 0.99999999…. 1/3 x 3 always equals 1. For this reason, 0.99999999… does not equal 1.

 

1/6 is typically expressed as 0.16666666…. But 0.16666666 x 6 = 0.9999999…6, which does not equal 1.

 

Decimals are used as approximations of fractions, not necessarily the true value. Most numbers are indivisible by a power of 10 and thus cannot be, as denominators, truly expressed as decimal percentages. Some, like 2, happen to work out. 1/2 is equal to 0.5, because 0.5 x 2 = 1. But 1/9 is not equal to 0.11111111…, as it is expressed, because 0.11111111… x 9 = 0.99999999…. Not 1. But 1/9 x 9 is always 1. No matter what, 1/9 of a pizza is 1/9 of a pizza. But it is not 0.11111111… of a pizza because 9 x 0.11111111… of a pizza does not make a whole pizza.

Has this been proven true for all toppings?
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Decimals are used as approximations of fractions, not necessarily the true value.

 

I disagree. The decimal fraction is a type of notation - not an approximation.

 

One-third, 1/3, and 0.33333333....(3's repeating forever) are all exactly the same number. They are just written in different notations.

 

Just because we cannot fully express the value of 1/3 in decimal fraction notation does not mean that the number is different. All it means is that we are physically unable to write down an infinite number of 3's, so we use a shorthand notation.

 

The same goes for any rational number's denominator that has prime factors other than 2 or 5....for example, 1/7. The decimal fraction notation for 1/7 is 0.142857142857......(infinitely repeating sequence of 142857), but it is still the exact same number as 1/7. We're just writing it differently.

 

Mathematicians have proven 0.999999...to be equal to 1. They've proven it algebraically (like I did in this thread), via infinite series and sequences, and via other methods. The "paradox" is merely the common skepticism that students have when first addressing the issue. At first look, it is counterintuitive to say that 0.999999....equals 1. However, when actually doing the math, we find that they are indeed equal.

 

And 6 x 0.1666666666......(ad infinitum) equals 0.9999999999999..........(ad infinitum). There is no 6 to the right of all the 9's, as there are an infinite number of 9's. We cannot put anything at the end of an infinite sequence. We'll never catch it!

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You guys are on acid.

 

:blaze:

 

No way, man! We're doing meth....I mean MATH..... ;) ;)

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Decimals are used as approximations of fractions, not necessarily the true value.

 

I disagree. The decimal fraction is a type of notation - not an approximation.

 

One-third, 1/3, and 0.33333333....(3's repeating forever) are all exactly the same number. They are just written in different notations.

 

Just because we cannot fully express the value of 1/3 in decimal fraction notation does not mean that the number is different. All it means is that we are physically unable to write down an infinite number of 3's, so we use a shorthand notation.

 

The same goes for any rational number's denominator that has prime factors other than 2 or 5....for example, 1/7. The decimal fraction notation for 1/7 is 0.142857142857......(infinitely repeating sequence of 142857), but it is still the exact same number as 1/7. We're just writing it differently.

 

Mathematicians have proven 0.999999...to be equal to 1. They've proven it algebraically (like I did in this thread), via infinite series and sequences, and via other methods. The "paradox" is merely the common skepticism that students have when first addressing the issue. At first look, it is counterintuitive to say that 0.999999....equals 1. However, when actually doing the math, we find that they are indeed equal.

 

And 6 x 0.1666666666......(ad infinitum) equals 0.9999999999999..........(ad infinitum). There is no 6 to the right of all the 9's, as there are an infinite number of 9's. We cannot put anything at the end of an infinite sequence. We'll never catch it!

Dude...this ^^^^^ proves you're the very definition of nerd. Wear the badge with honor my friend.

 

Seriously, I got an erection from reading that explanation. Math rarely does that for me

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Decimals are used as approximations of fractions, not necessarily the true value.

 

I disagree. The decimal fraction is a type of notation - not an approximation.

 

One-third, 1/3, and 0.33333333....(3's repeating forever) are all exactly the same number. They are just written in different notations.

 

Just because we cannot fully express the value of 1/3 in decimal fraction notation does not mean that the number is different. All it means is that we are physically unable to write down an infinite number of 3's, so we use a shorthand notation.

 

The same goes for any rational number's denominator that has prime factors other than 2 or 5....for example, 1/7. The decimal fraction notation for 1/7 is 0.142857142857......(infinitely repeating sequence of 142857), but it is still the exact same number as 1/7. We're just writing it differently.

 

Mathematicians have proven 0.999999...to be equal to 1. They've proven it algebraically (like I did in this thread), via infinite series and sequences, and via other methods. The "paradox" is merely the common skepticism that students have when first addressing the issue. At first look, it is counterintuitive to say that 0.999999....equals 1. However, when actually doing the math, we find that they are indeed equal.

 

And 6 x 0.1666666666......(ad infinitum) equals 0.9999999999999..........(ad infinitum). There is no 6 to the right of all the 9's, as there are an infinite number of 9's. We cannot put anything at the end of an infinite sequence. We'll never catch it!

Yeah, you are dead right about this. My assertion of the approximation argument was in the interest of flushing out TRF's resident King Dork. Your post represents your having pulled the sword from the stone. All hail the King!

 

:hail:

Edited by goose
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Decimals are used as approximations of fractions, not necessarily the true value.

 

I disagree. The decimal fraction is a type of notation - not an approximation.

 

One-third, 1/3, and 0.33333333....(3's repeating forever) are all exactly the same number. They are just written in different notations.

 

Just because we cannot fully express the value of 1/3 in decimal fraction notation does not mean that the number is different. All it means is that we are physically unable to write down an infinite number of 3's, so we use a shorthand notation.

 

The same goes for any rational number's denominator that has prime factors other than 2 or 5....for example, 1/7. The decimal fraction notation for 1/7 is 0.142857142857......(infinitely repeating sequence of 142857), but it is still the exact same number as 1/7. We're just writing it differently.

 

Mathematicians have proven 0.999999...to be equal to 1. They've proven it algebraically (like I did in this thread), via infinite series and sequences, and via other methods. The "paradox" is merely the common skepticism that students have when first addressing the issue. At first look, it is counterintuitive to say that 0.999999....equals 1. However, when actually doing the math, we find that they are indeed equal.

 

And 6 x 0.1666666666......(ad infinitum) equals 0.9999999999999..........(ad infinitum). There is no 6 to the right of all the 9's, as there are an infinite number of 9's. We cannot put anything at the end of an infinite sequence. We'll never catch it!

Yeah, you are dead right about this. My assertion of the approximation argument was in the interest of flushing out TRF's resident King Dork. Your post represents your having pulled the sword from the stone. All hail the King!

 

:hail:

 

You know what this means........the Administrators will have to now give me a new Member Title!

 

Suggestions:

 

His Royal High-On-Math-Ness

 

King Of The Dorks

 

Mathematical Porn Star

 

 

:gumby: :gumby: :gumby:

Edited by Principled Man
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