Sammo

Oct 1st, 2012, 08:04 PM

http://sphotos-c.ak.fbcdn.net/hphotos-ak-prn1/536245_10151175393853360_1391501423_n.jpg

:oh:

:oh:

View Full Version : Try solving this problem :oh:

Sammo

Oct 1st, 2012, 08:04 PM

http://sphotos-c.ak.fbcdn.net/hphotos-ak-prn1/536245_10151175393853360_1391501423_n.jpg

:oh:

:oh:

PhilePhile

Oct 1st, 2012, 08:13 PM

???=3

JJ Expres

Oct 1st, 2012, 08:25 PM

2 -.-

Sammo

Oct 1st, 2012, 08:27 PM

???=3

http://i787.photobucket.com/albums/yy159/Sphenic/Glee/MMHMM.gif

2 -.-

http://lh5.ggpht.com/_DVoNvgQORbw/TAi8_i66KyI/AAAAAAAAAds/53EJtFCbUGA/yes.gif

http://i787.photobucket.com/albums/yy159/Sphenic/Glee/MMHMM.gif

2 -.-

http://lh5.ggpht.com/_DVoNvgQORbw/TAi8_i66KyI/AAAAAAAAAds/53EJtFCbUGA/yes.gif

Lucemferre

Oct 1st, 2012, 08:29 PM

2.

took me 20 sec :hearts:

*edit* too late :(

took me 20 sec :hearts:

*edit* too late :(

Direwolf

Oct 1st, 2012, 08:32 PM

0=1

1=0

2=0

3=0

4=-

5=-

6=1

7=0

8=2

9=1

??

1=0

2=0

3=0

4=-

5=-

6=1

7=0

8=2

9=1

??

Pump-it-UP

Oct 1st, 2012, 08:33 PM

2. :hearts:

Sammo

Oct 1st, 2012, 08:37 PM

0=1

1=0

2=0

3=0

4=-

5=-

6=1

7=0

8=2

9=1

??

Way simpler than that ;)

1=0

2=0

3=0

4=-

5=-

6=1

7=0

8=2

9=1

??

Way simpler than that ;)

Direwolf

Oct 1st, 2012, 08:41 PM

Way simpler than that ;)

Answering with "2" sounds too simple...

so i answered with 0-9...

Answering with "2" sounds too simple...

so i answered with 0-9...

Nicolás89

Oct 1st, 2012, 08:41 PM

It's 2 right? It did take me a couple of minutes, nice mind excercise. ;)

Sammo

Oct 1st, 2012, 08:42 PM

Answering with "2" sounds too simple...

so i answered with 0-9...

Ah OK sorry, I thought you had done something weird and complicated :lol: Yep, correct answer.

so i answered with 0-9...

Ah OK sorry, I thought you had done something weird and complicated :lol: Yep, correct answer.

PhilePhile

Oct 2nd, 2012, 12:03 AM

"2" is technically not correct. The "=" should be "≈" for the "2" answer to be correct.

For example,

8096 = 5

and

9881 = 5

is not possible. It's reasonable that "9" = "6" ... but "9" + "6" = "8" ? or "0" = "9" ?

For example,

8096 = 5

and

9881 = 5

is not possible. It's reasonable that "9" = "6" ... but "9" + "6" = "8" ? or "0" = "9" ?

égalité

Oct 2nd, 2012, 12:24 AM

"2" is technically not correct. The "=" should be "≈" for the "2" answer to be correct.

For example,

8096 = 5

and

9881 = 5

is not possible. It's reasonable that "9" = "6" ... but "9" + "6" = "8" ? or "0" = "9" ?

What? :unsure:

For example,

8096 = 5

and

9881 = 5

is not possible. It's reasonable that "9" = "6" ... but "9" + "6" = "8" ? or "0" = "9" ?

What? :unsure:

PhilePhile

Oct 2nd, 2012, 01:01 AM

What? :unsure:

https://encrypted-tbn0.gstatic.com/images?q=tbn:ANd9GcQxiGKLgs4j6DZ1H2IsgqvM66OqjEFG-zaAi2IOuk22XKpsJLDX2Q

"2" is technically not correct. The "=" should be "≈" for the "2" answer to be correct.

For example,

8096 = 5

and

9881 = 5

is not possible. It's reasonable that "9" = "6" ... but "9" + "6" = "8" ? or "0" = "9" ?

https://encrypted-tbn0.gstatic.com/images?q=tbn:ANd9GcQxiGKLgs4j6DZ1H2IsgqvM66OqjEFG-zaAi2IOuk22XKpsJLDX2Q

"2" is technically not correct. The "=" should be "≈" for the "2" answer to be correct.

For example,

8096 = 5

and

9881 = 5

is not possible. It's reasonable that "9" = "6" ... but "9" + "6" = "8" ? or "0" = "9" ?

Morning Morgan

Oct 2nd, 2012, 01:27 AM

"2" is technically not correct. The "=" should be "≈" for the "2" answer to be correct.

For example,

8096 = 5

and

9881 = 5

is not possible. It's reasonable that "9" = "6" ... but "9" + "6" = "8" ? or "0" = "9" ?

If "=" is defined as a topological mapping function to the integers, it's totally valid. The function need not be one-one.

For example,

8096 = 5

and

9881 = 5

is not possible. It's reasonable that "9" = "6" ... but "9" + "6" = "8" ? or "0" = "9" ?

If "=" is defined as a topological mapping function to the integers, it's totally valid. The function need not be one-one.

ce

Oct 2nd, 2012, 01:42 AM

2 :oh:

Moveyourfeet

Oct 2nd, 2012, 02:43 AM

haven't read the thread. My answer is 2. Done in 30 sec.

Am I a :weirdo:

Am I a :weirdo:

Moveyourfeet

Oct 2nd, 2012, 02:44 AM

0=1

1=0

2=0

3=0

4=-

5=-

6=1

7=0

8=2

9=1

??

This is how I did it.

1=0

2=0

3=0

4=-

5=-

6=1

7=0

8=2

9=1

??

This is how I did it.

égalité

Oct 2nd, 2012, 06:18 AM

https://encrypted-tbn0.gstatic.com/images?q=tbn:ANd9GcQxiGKLgs4j6DZ1H2IsgqvM66OqjEFG-zaAi2IOuk22XKpsJLDX2Q

oh, thanks for clarifying :weirdo:

There are two functions. f:Z-->Z assigns, for example, the number 1 to 0, the number 0 to 1, the number 0 to 2, etc. (where Z=the integers). Then there is a quaternary map on Z, written as a word of length 4, that simply produces the sum of the "letters" in the word. The expression "8809=6" means g((f,f,f,f)(8,8,0,9))=6, where (f,f,f,f) is the cartesian product of f with itself 4 times (it is a map from Z^4 to Z^4). The composition g((f,f,f,f)) is certainly not injective, given the brief glimpse into the behavior of the function f that was provided in the statement of the problem, and especially given the fact that decomposing an integer into a sum of 4 other integers is a highly non-unique process. Hope that makes sense gurl. :cheer: :cheer: :cheer:

oh, thanks for clarifying :weirdo:

There are two functions. f:Z-->Z assigns, for example, the number 1 to 0, the number 0 to 1, the number 0 to 2, etc. (where Z=the integers). Then there is a quaternary map on Z, written as a word of length 4, that simply produces the sum of the "letters" in the word. The expression "8809=6" means g((f,f,f,f)(8,8,0,9))=6, where (f,f,f,f) is the cartesian product of f with itself 4 times (it is a map from Z^4 to Z^4). The composition g((f,f,f,f)) is certainly not injective, given the brief glimpse into the behavior of the function f that was provided in the statement of the problem, and especially given the fact that decomposing an integer into a sum of 4 other integers is a highly non-unique process. Hope that makes sense gurl. :cheer: :cheer: :cheer:

PhilePhile

Oct 2nd, 2012, 10:58 AM

oh, thanks for clarifying :weirdo:

There are two functions. f:Z-->Z assigns, for example, the number 1 to 0, the number 0 to 1, the number 0 to 2, etc. (where Z=the integers). Then there is a quaternary map on Z, written as a word of length 4, that simply produces the sum of the "letters" in the word. The expression "8809=6" means g((f,f,f,f)(8,8,0,9))=6, where (f,f,f,f) is the cartesian product of f with itself 4 times (it is a map from Z^4 to Z^4). The composition g((f,f,f,f)) is certainly not injective, given the brief glimpse into the behavior of the function f that was provided in the statement of the problem, and especially given the fact that decomposing an integer into a sum of 4 other integers is a highly non-unique process. Hope that makes sense gurl. :cheer: :cheer: :cheer:

Sorry, no :tape: . Most of us are pre-schooler here. Can you elaborate on your solution/concept :lol: .

http://banksgilberti.files.wordpress.com/2010/01/math-equation1.png

There are two functions. f:Z-->Z assigns, for example, the number 1 to 0, the number 0 to 1, the number 0 to 2, etc. (where Z=the integers). Then there is a quaternary map on Z, written as a word of length 4, that simply produces the sum of the "letters" in the word. The expression "8809=6" means g((f,f,f,f)(8,8,0,9))=6, where (f,f,f,f) is the cartesian product of f with itself 4 times (it is a map from Z^4 to Z^4). The composition g((f,f,f,f)) is certainly not injective, given the brief glimpse into the behavior of the function f that was provided in the statement of the problem, and especially given the fact that decomposing an integer into a sum of 4 other integers is a highly non-unique process. Hope that makes sense gurl. :cheer: :cheer: :cheer:

Sorry, no :tape: . Most of us are pre-schooler here. Can you elaborate on your solution/concept :lol: .

http://banksgilberti.files.wordpress.com/2010/01/math-equation1.png

Sammo

Oct 2nd, 2012, 01:00 PM

oh, thanks for clarifying :weirdo:

There are two functions. f:Z-->Z assigns, for example, the number 1 to 0, the number 0 to 1, the number 0 to 2, etc. (where Z=the integers). Then there is a quaternary map on Z, written as a word of length 4, that simply produces the sum of the "letters" in the word. The expression "8809=6" means g((f,f,f,f)(8,8,0,9))=6, where (f,f,f,f) is the cartesian product of f with itself 4 times (it is a map from Z^4 to Z^4). The composition g((f,f,f,f)) is certainly not injective, given the brief glimpse into the behavior of the function f that was provided in the statement of the problem, and especially given the fact that decomposing an integer into a sum of 4 other integers is a highly non-unique process. Hope that makes sense gurl. :cheer: :cheer: :cheer:

I'm studying chemical engineering and I don't understand a fuck out of this :weirdo:

I've always hated calculus anyway... Algebra on the other hand :hearts:

There are two functions. f:Z-->Z assigns, for example, the number 1 to 0, the number 0 to 1, the number 0 to 2, etc. (where Z=the integers). Then there is a quaternary map on Z, written as a word of length 4, that simply produces the sum of the "letters" in the word. The expression "8809=6" means g((f,f,f,f)(8,8,0,9))=6, where (f,f,f,f) is the cartesian product of f with itself 4 times (it is a map from Z^4 to Z^4). The composition g((f,f,f,f)) is certainly not injective, given the brief glimpse into the behavior of the function f that was provided in the statement of the problem, and especially given the fact that decomposing an integer into a sum of 4 other integers is a highly non-unique process. Hope that makes sense gurl. :cheer: :cheer: :cheer:

I'm studying chemical engineering and I don't understand a fuck out of this :weirdo:

I've always hated calculus anyway... Algebra on the other hand :hearts:

Sean.

Oct 2nd, 2012, 01:12 PM

It's 2.

Spoiler: It's the number of enclosed spaces. ;)

Spoiler: It's the number of enclosed spaces. ;)

moby

Oct 2nd, 2012, 04:20 PM

OK, I'll play.

Basically we are computing the rank of the first homology group of each of the given topological spaces.

Basically we are computing the rank of the first homology group of each of the given topological spaces.

égalité

Oct 2nd, 2012, 05:11 PM

OK, I'll play.

Basically we are computing the rank of the first homology group of each of the given topological spaces.

Oh my :hearts: I didn't notice that :hearts:

Basically we are computing the rank of the first homology group of each of the given topological spaces.

Oh my :hearts: I didn't notice that :hearts:

Direwolf

Oct 2nd, 2012, 08:52 PM

"2" is technically not correct. The "=" should be "≈" for the "2" answer to be correct.

For example,

8096 = 5

and

9881 = 5

is not possible. It's reasonable that "9" = "6" ... but "9" + "6" = "8" ? or "0" = "9" ?

8096

8=2

0=1

9=1

6=1

9881

9=1

8=2

8=2

1=0

???

9=6=1

9+6=2

0123456789=5

0123456789=8096=9881

:lol::lol::lol:

M=Mental

A=Abuse

T=to

H=Health

:o

For example,

8096 = 5

and

9881 = 5

is not possible. It's reasonable that "9" = "6" ... but "9" + "6" = "8" ? or "0" = "9" ?

8096

8=2

0=1

9=1

6=1

9881

9=1

8=2

8=2

1=0

???

9=6=1

9+6=2

0123456789=5

0123456789=8096=9881

:lol::lol::lol:

M=Mental

A=Abuse

T=to

H=Health

:o

Morning Morgan

Oct 2nd, 2012, 10:13 PM

OK, I'll play.

Basically we are computing the rank of the first homology group of each of the given topological spaces.

Win.

An extension to homotopy groups would ensure that the problem can be further generalized.

Basically we are computing the rank of the first homology group of each of the given topological spaces.

Win.

An extension to homotopy groups would ensure that the problem can be further generalized.

égalité

Oct 2nd, 2012, 10:26 PM

Sorry, no :tape: . Most of us are pre-schooler here. Can you elaborate on your solution/concept :lol: .

http://banksgilberti.files.wordpress.com/2010/01/math-equation1.png

Sorry I was just being unnecessarily pedantic :D My point is that it's perfectly legitimate for 8096 and 9881 to both "equal" 5. As moby pointed out, they are homotopy equivalent. :oh:

http://banksgilberti.files.wordpress.com/2010/01/math-equation1.png

Sorry I was just being unnecessarily pedantic :D My point is that it's perfectly legitimate for 8096 and 9881 to both "equal" 5. As moby pointed out, they are homotopy equivalent. :oh:

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