Juice's thread of randomness

[Letang Is The Truth]

i dont get it

[MRandall25]

So, to do multiplication for #'s greater than 10, you multiply the first numbers (1 and 1), add the 2nd numbers (5), and then multiply them to get the last number (6)?

[Letang Is The Truth]

OH. Just opened on my phone. On my laptop the equality only looks to be 15. This is how I always do math in my head

[Rylan]

I still don't get it.

[Loaf31]

Anyone have photoshop experience? Looking to get a design for a tattoo, but I would like to see it actually laid out first

[MRandall25]

I may have been wrong on the middle number...

[Rylan]

Multiply the first (1x1), multiply the seconds then add (1x3+1x2), then multiply the seconds (2x3)

I guess if I actually decided to pay attention it made sense.

[JS©]

Anyone have photoshop experience? Looking to get a design for a tattoo, but I would like to see it actually laid out first

I'm not a tattoo person, but I know a guy who does quality work.

https://www.facebook.com/pages/Brians-t ... 4122232018

[Rylan]

I am thinking about getting a shark on my shoulder or something.

[scb147]

Spoiler:

Each number in the math equation (13 x 12) corresponds to a line drawn, so 1 red line, 3 blue lines, 1 green? line, and 2 black lines (using white in my text here).

Then, circle where the first digits of both operands intersect (13 x 12). Then, circle where the first digit of the first operand and the second digit of the second operand intersect (13 x 12), AND where the second digit of the first operand and the first digit of the second operand intersect (13 x 12). Finally, circle where the second digits of both operands intersect (13 x 12).

Add up the intersecting lines in each circle, put the 3 numbers together and you have the result (156).

[BadHands71]

While eating lunch and watching ESPN, I saw a story about the upcoming Notre Dame/ Alabama game. I wonder if the Championship has ever been played between two teams who both have names not ending in "s". (Fighting Irish and Crimson Tide) Hmmmm

[JS©]

Paging Redwill....I will actually chip in and buy this for you if you wear it

beardsquirrel.jpg

It's not even real. What a disappointment.

I was gonna buy it for a friend and have it anonymously sent to his place.

[DudeMan2766]

Spoiler:

Each number in the math equation (13 x 12) corresponds to a line drawn, so 1 red line, 3 blue lines, 1 green? line, and 2 black lines (using white in my text here).

Then, circle where the first digits of both operands intersect (13 x 12). Then, circle where the first digit of the first operand and the second digit of the second operand intersect (13 x 12), AND where the second digit of the first operand and the first digit of the second operand intersect (13 x 12). Finally, circle where the second digits of both operands intersect (13 x 12).

Add up the intersecting lines in each circle, put the 3 numbers together and you have the result (156).

I'd rather just learn multiplication tables. Wowza

[Rylan]

I liked my way better scb147.

[mac5155]

While eating lunch and watching ESPN, I saw a story about the upcoming Notre Dame/ Alabama game. I wonder if the Championship has ever been played between two teams who both have names not ending in "s". (Fighting Irish and Crimson Tide) Hmmmm

Notre Dame and Bama played in the Sugar bowl in 1973, I think Bama was crowned champion.

[shmenguin]

Spoiler:

Each number in the math equation (13 x 12) corresponds to a line drawn, so 1 red line, 3 blue lines, 1 green? line, and 2 black lines (using white in my text here).

Then, circle where the first digits of both operands intersect (13 x 12). Then, circle where the first digit of the first operand and the second digit of the second operand intersect (13 x 12), AND where the second digit of the first operand and the first digit of the second operand intersect (13 x 12). Finally, circle where the second digits of both operands intersect (13 x 12).

Add up the intersecting lines in each circle, put the 3 numbers together and you have the result (156).

I'd rather just learn multiplication tables. Wowza

i'd usually do something like find 13x10 and then add 13x2 to it

[MRandall25]

I just use a calculator.

[Froggy]

What Rylan said makes more sense to me, but all that is is basically splitting it into a parenthetical equation, and using FOIL.

[Rylan]

Yea, but it also causes some issues for bigger numbers. It will work if you do it that way, but you have to be careful how you do it.

[Froggy]

Yea, but it also causes some issues for bigger numbers. It will work if you do it that way, but you have to be careful how you do it.

Work backwards... Like 97x 85... 7x5=35 carry the 3... 56+45+3=104 carry the 10 72+10= 8245...

[Rylan]

Fair enough. haha. I am just learning that way (as if I would ever actually use it)

[Kraftster]

i'd usually do something like find 13x10 and then add 13x2 to it

This.

Yea, but it also causes some issues for bigger numbers. It will work if you do it that way, but you have to be careful how you do it.

Work backwards... Like 97x 85... 7x5=35 carry the 3... 56+45+3=104 carry the 10 72+10= 8245...

Here, I would do 8500-255 = 8245. Easy peasy.

[Rylan]

Well yea Kraftster but that's not part of our game.

[Froggy]

Fair enough. haha. I am just learning that way (as if I would ever actually use it)

I actually enjoy looking for mathematical patterns. I remember having my mind blown when I learned when you multiply by 9, you subtract one for the first digit, and then the 2nd digit is whatever you add to the first digit to get 9. That was like 2nd or 3rd grade, I guess?

And then I remember having it blown again when I saw the pattern for multiplying 9 by 2 digit numbers a few years later.

I'm not really good at math, I just think it's neat.

[DudeMan2766]

We could do the same with post counts. Quick : Mac X Shaf - Rylan / Ktk = ?