anything except the math trick phone number, I did that back then already...
2006-11-20 20:00:50 · 11 answers · asked by Anonymous in Science & Mathematics ➔ Mathematics
Hey for those stupid people who answered that I don't deserve anything for not doing my own work...Just wanna tell you, the teacher ASKED US TO SEARCH NOT MAKE YOUR OWN, OKAY AND THAT'S WHY YAHOO ANSWERS IS HERE, TONTO(if u know what this means). If I type Math trick in Google (Im not stupid to not do that) , porn sites come out okay?? This is why I hate Yahoo answers, there are too many stupid people answering. Thanks for those who answered politely, they have functioning brains.
2006-11-20 20:15:02 · update #1
"Chocolate mathematics"
1. First of all, pick the number of times a week that you would like to have chocolate. (Try for more than once but less than 10.)
2. Multiply this number by 2 (Just to be bold)
3. Add 5. (for Sunday)
4. Multiply it by 50.
5. If you have already had your birthday this year add 1754. If you haven't, add 1753.
6. Now subtract the four digit year that you were born.
You should have a three digit number.
The first digit of this was your original number (i.e., how many times you want to have chocolate each week).
The next two numbers are:
Your age! (Oh yes, it is!!!!!)
This is the only year it will ever work, so spread it around while it lasts.
Incidentally, yes, it works.
We did this in my art class it is soo cool!!!!
and i know what tonto means it means dumb in spanish ;]
2006-11-22 16:20:08 · answer #1 · answered by Saegan 3 · 3⤊ 3⤋
Here's a good one for you. Click on:
http://digicc.com/fido
(Click on the little guy in the corner of the box to go to the next page)
This is a good one because it makes you look psychic.
I will tell you how to do it yourself with a friend.
Tell your friend to do the same things the website does. Once he hands you a number (in the website, where they ask you to type it in), just add all the digits of the number together. Then subtract this total from the next highest multiple of 9.
For example, if he hands you 560, 5+6+0 = 11 and the next highest multiple of 9 is 18, so 18-11 = 7 is the number your friend circled!!!
Also, it works with any number of original digits, not just 3 or 4.
See if you can figure out how it works. If you really need to know, email me...
Hope that helps.
2006-11-21 04:30:25 · answer #2 · answered by Scott R 6 · 2⤊ 2⤋
For multiplying any number whose end numbers add upto 10.
And its ten's or hundred's digits should be same.
Example:
65*65
what u will do is just multiply the last two digits.i.e. 5*5=25
And increase one of the sixes by one and multiply.i.e.7*6=42
Therefore 65*65=4225 u can check this answer from a calculator.
97*93
Same as above.i.e.7*3=21
Increase one of the nine's by one and multiply.i.e.10*9=90
Therefore 97*93=9021
12*18
8*2=16
2*1=2
Therefore 12*18=216
126*124
In this case u have to do a really big multiplication.
i.e. 6*4=24
Increase one of the twelves by 1 and multiply with the other.i.e.12*13=156
Therefore 126*124=15624
For doing these sums u have to fulfill sums i.e. the hundred's and ten's digit should be same and the one's digit should add upto 10.
2006-11-21 05:18:20 · answer #3 · answered by tripleh_game_2006 2 · 2⤊ 3⤋
This probably has not been explored before:
Look for numbers like 12 and 33 which verify:
12^2+33^2 =1233
- Are there more of those 2-digit numbers? How they relate to the couple (12,33)?
- What with 3 or more digits numbers?
- What if you remplace square power with cubes?
- Are there such solutions if the power is an integer greather than 3? (I suspect NOT!)
- On the other side, what if you have the sum of three or more cubes? (With three or more squares it is impossible, easy to verify)
- Study the same questions in binary expression or in other base systems, like base 4, 6 , 8, 12, 16... (or also unusual odd bases).
Enjoy, if you like as me "nice idle math"!!!
(write me if you need some clarifications or hint)
2006-11-21 05:06:36 · answer #4 · answered by 11:11 3 · 2⤊ 3⤋
Hi, Just Me!
I will take Sid B's suggestion one step further:
Convert 1/17 to a decimal(the period is 16 places.)
Now look at 2/ 17, 3/17, ... 16/17 and see if
you can find a pattern in the period.
Good luck!
2006-11-21 10:32:00 · answer #5 · answered by steiner1745 7 · 2⤊ 3⤋
Visit the link:
http://www.winechina.net/heart/heart.htm
There is a maths algorithm behind the 'magic'
2006-11-21 04:44:46 · answer #6 · answered by Koh Kian S 2 · 2⤊ 3⤋
Look at all the sevenths to six places (they are reapeating decimals) see if you notice a pattern. I have never met anyone else who knows this one.
2006-11-21 04:14:12 · answer #7 · answered by Sid B 6 · 3⤊ 3⤋
add up all of the numbers on a roulette wheel=666,1-36.six columns of six numerals.
2006-11-21 04:08:52 · answer #8 · answered by Anonymous · 3⤊ 3⤋
just go google "math trick" on the net and you'll find what you need.
2006-11-21 04:05:40 · answer #9 · answered by limck_dcp_cls 2 · 0⤊ 6⤋
I agree with A_Patriot
2006-11-21 04:05:38 · answer #10 · answered by Anonymous · 0⤊ 7⤋