make a math problem

‚±‚̃Gƒ“ƒgƒŠ[‚ð‚͂ĂȃuƒbƒNƒ}[ƒN‚ɒljÁ
1 FZeusF
make a math problem in english
>>1
What's one plus one?
>>1
Zeus‚Æ‚©–¼æ‚Á‚Ä‚Ç‚ñ‚¾‚¯’†“ñ•a‚È‚ÌH‚—‚—‚—
4 FZeusF2008/07/15(‰Î) 16:04:47
i assume about high school or college level math probrem
5 FZeusF2008/07/15(‰Î) 16:05:59
in english!!!!
>>4
What's the integral of x squared with respect to x over the interval [0,100]?
7 FZeusF2008/07/15(‰Î) 16:08:46
>>3
write in english only!!!(i angry!!!
9 FZeusF2008/07/15(‰Î) 16:18:36
it up the intelligence quotient that make a math problem in english
and solve it.
why?
it is different that solve a japanese math problem from make a math problem.
10 FZeusF2008/07/15(‰Î) 16:19:57
i am american college student.
i study math in college.
>>10
You're not American.
>>9
Write correct English!
What did you learn about grammar at school?
>>12
Hey, someone else is watching this shitty thread! Talk to me.
14 FZeusF2008/07/15(‰Î) 16:23:21
Let S be a set of rational numbers with
the following properties:1) 1/2 is an element of S2)
If x is an element of S, then both 1/(x+1) is an element of S
and x/(x+1) is an element of SProve that S contains all rational
numbers in the interval 0<x<1.
>>14
If x=m/n then 1/(x+1)=n/(m+n) and x/(x+1)=m/(m+n).

So, let q=m/n be an arbitrary rational number from the interval (0,1). Obviously we may assume that GCD(m,n)=1.
Therefore by Euclidean Algorithm there is a finite sequence of rational numbers {q_i=m_i/n_i}_{i=1}^{n} such that q_1=1/2, q_n=q and for every i=1,...,n-1 one of the following holds:

m_{i+1}=m_i and n_{i+1}=m_i+n_i,

or

m_{i+1}=n_i and n_{i+1}=m_i+n_i.

It means that q_{i+1}=q_i/(q_i+1) or q_{i+1}=1/(q_i+1). And hence q_i \in S for all i. In particular, q=q_n \in S. The problem is solved.
>>13
Hey, who are you?
>>16
A random person. Who're you?
>>17
I'm NEET. lol
>>18
Haha, nice. I graduated from university in June, don't start working until September. So I guess I'm a NEET too, just for the summer.
>>17
I'm just nobody.
What the heck is this crap thread?
The intersection of a unit cube and a plane passing through its center is a regular hexagon.@What is the area of the regular hexagon?
>>20
Who knows. There's five new shitty threads every fucking day, it's retarded.
>>21
3ã3/4
>>21
You should only shout "Hexagon" like stupid TV shows.
>>21
‚Ç‚¤‚¾H

‚Rã‚R
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@@‚S
>>25
Beat you. >>23
Suppose we have such an equivalence relation is S. Given an element x of S, let C_x consist of all
elements of S which are equivalent to x.
Then all elements C_x are equivalent to one another , as follows from our three properties.
Furthermore, you will also verify that if x,y are alements of S, then either C_x=C_y , or C_x,C_y have
no elements in common. Each C_x is called an equivalence class. We see that our equivalence relation
determines a decomposition of S into disjoint equivalence classes.
Our first example of the notion of equivalence relation will be the notion of congruence.
Let n be a positive integer. Let x,y be integers. We shall say that x is congruent to y modulo n
if there exists an integer m such that x-y=mn. This also means that x-y is divisible by n. We write the relation of congruence in the form:
xßy mod n.
It is then immediately verified that this is an equivalence relation , namely that the
following properties are satisfied:

1.For any positive integer k , give a proof of 7^kß1 mod 6
>>27
‚V‚Ì‚Žæ‚ð‚U‚ÅŠ„‚Á‚½‚Æ‚«A‚P—]‚邱‚Æ‚ðØ–¾‚·‚ê‚΂¢‚¢‚ñ‚¾‚ËB

ŠÈ’P‚³B

i—áj
@@‚VO‚Q‚S‚X@@‚S‚X^‚U‚WEEE‚P@@Ø–¾I‚í‚èB
>>28
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30 FZeusF2008/07/16(…) 08:30:53
Let@‚˜1,‚˜2A....,x2006 be positive real numbers satisfying the condition

1/(1+‡]1)+1/(1+‡]2j{EEEEE{‚P/(1+x2006)=1

find the minimal possible value of the expression ‚˜1E‚˜2EEEEx2006
31 FZeusF2008/07/16(…) 08:33:19
>>28
write in english!!!
your answer is fault.
32 FZeusF2008/07/16(…) 17:24:01
find all positive odd integers n for which there exist odd integers ‡]1,‡]2....‡]n such
that

‡]1^2+‡]2^2+.......‡]n^2nO‚S
33 FZeusF2008/07/17(–Ø) 07:43:06
is it to difficult to make a math problem?
34 FZeusF2008/07/18(‹à) 06:28:58
hosyu
35 FZeusF2008/07/19(“y) 08:07:39
age
36 FZeusF2008/07/19(“y) 14:10:40
age
37 FZeusF2008/07/19(“y) 14:23:49
Monday, July 14, 2008
President Bush delivered a statement on the 10th anniversary of
the International Religious Freedom Act at the White House.
He expressed his continued support for the IRFA, discussed
how bipartisan efforts in implementing the IRFA have elevated
and institutionalized the promotion of religious freedom and
the progress made to date, and called for renewed efforts to
implement the IRFA.

The International Religious Freedom Act represented a bipartisan
effort by Members of Congress, human rights groups, and religious
leaders and communities to end religious persecution and intolerance.
The main goals of the legislation were to provide the mandate,
resources and tools to raise public awareness of religious
persecution; generate consistent, effective United States Government
action to end persecution and promote religious freedom; ensure that
promotion of religious freedom was an integral component of our
foreign policy; and create strong incentives for change by
governments violating religious freedom.

President Bush also made a statement discussing the need for
Outer Continental Shelf exploration to ease our dependance on
foreign oil.
38 FZeusF2008/07/21(ŒŽ) 01:22:28
age
39 FZeusF2008/07/22(‰Î) 13:55:42
age
40 FZeusF2008/07/22(‰Î) 14:01:55
junior@high@school@math@problem@@‚‚‹I

41 FZeusF2008/07/22(‰Î) 14:03:55
Let k be a natural number such that

k+1 is divisible by 24. Prove that
the sum of all divisors of k (which are natural numbers) is
divisible by 24.
42 FZeusF2008/07/23(…) 08:11:40
age
43 FZeusF2008/07/24(–Ø) 14:50:04
hosyu
44 FZeusF2008/07/25(‹à) 13:23:18
Find all pairs of nonnegative integer numbers (m,n)
satisfying the equality
(m-n)^2(n^2-m)=4m^2n
45 FZeusF2008/07/25(‹à) 13:23:50
Let k be a natural number such that k+1 is divisible by 24. Prove that the sum of all divisors of k (which are natural numbers) is divisible by 24.
46 FZeusF2008/07/25(‹à) 13:24:34
Find all integers n such that the set {1,2,3,4, ....,n} can be written as the disjoint union of the subsets A , B , C whose sum of elements are equal.
47 FZeusF2008/07/25(‹à) 13:25:23
Let p be a prime number exceeding 5. Prove that there exists a number k such that each digit in the decimal representation of pk is 1 :

pk = 1111...1
48 FZeusF2008/07/25(‹à) 13:28:24
There is a finite number of towns in a country.
They are connected by one direction roads.
It is known that for any two towns, one of them can be reached
from the other one. Prove that there is a town such that all
the remaining towns can be reached from it.
49 FZeusF2008/07/25(‹à) 15:28:40
it up the intelligence quotient to make a math problem in english
and solve it.
50 FZeusF2008/07/26(“y) 07:20:47
it up the intelligence quotient to make a math problem in english
and solve it.
51 FZeusF2008/07/26(“y) 07:29:19
it grow@‚•‚@ the intelligence quotienti‚c‡T‚pj to make a math problem in english
and solve it.
52 FZeusF2008/07/28(ŒŽ) 04:54:23
it grow@‚•‚@ the intelligence quotienti‚c‡T‚pj to make a math problem in english
and solve it.
53 FZeusF2008/07/28(ŒŽ) 15:50:19
it grow@‚•‚@ the intelligence quotienti‚c‡T‚pj to make a math problem in english
and solve it
54 FZeusF2008/07/29(‰Î) 06:52:50
it grow@‚•‚@ the intelligence quotienti‚c‡T‚pj to make a math problem in english
and solve it
55 FZeusF2008/07/29(‰Î) 15:26:26
Fractal Function
Let F(x) be a non-decreasing function for all x in [0 1], such that

2F(x/3)=F(x) and F(x)+F(1-x)=1

1. Find F(173/1993) and F(1/13).

2. If possible give a general algorithm to find F(x) for any x.

Other questions:

3. Is F(x) uniquely determined(in [0,1])?

4. Is F(x) continuous(in [0,1])?

56 FZeusF2008/07/30(…) 10:39:26
‚C‚‘C‚’‚ðŽ©‘R”‚Æ‚·‚éB
’¼ŠpŽOŠpŒ`‚`‚a‚b‚ÌŽÎ•Ó‚ð‚’‚Æ‚·‚éB
‚±‚ÌŽOŠpŒ`‚Ì‘¼‚Ì“ñ•Ó‚ð‚A‚‘‚Æ‚·‚éB
‚±‚Ì‚Æ‚«A‚oO‚Q{‚‘O‚Q‚ªŠï”‚ɂȂ邽‚ß‚Ì
ðŒ‚ð‹‚ß‚æB
what is the 10^10000th number of pi?
58 FZeusF2008/08/04(ŒŽ) 15:41:44
>>57
your ‚c‚h‚p grow up 30point
60 FZeusF2008/08/05(‰Î) 08:36:25
u‚A‚‘A‚’@are@natural@numbers@‚‚Ž‚„@satisfing@‚…‚‘…‚’D
‚‚Ž‚„A‚A‚‘ are even@numbers and ‚’ is odd number.
find the most small positive integral number
satisfing ã‚~ã‚‘~ã‚’v
61 FZeusF2008/08/06(…) 14:18:28
ŽOŠpŒ`‚`‚a‚b‚Ì•Ó‚a‚b‚ð‚F‚Ž‚É“à•ª‚·‚é“_‚ð‚e‚Æ‚µA
ŽOŠpŒ`‚`‚a‚b‚Ì•Ó‚`‚b‚ð‚ŒF‚‹‚É“à•ª‚·‚é“_‚ð‚g‚Æ‚·‚éB
‚Ü‚½AŽOŠpŒ`‚`‚a‚b‚Ì•Ó‚`‚a‚ð‚“F‚’‚É“à•ª‚·‚é“_‚ð‚f‚Æ‚·‚é
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ŽOŠpŒ`‚f‚g‚e‚ªÅ‘å’l‚ð‚Æ‚é‚Æ‚«‚ÌAðŒ‚ðA‚A‚ŽA‚‹A‚ŒA‚“A‚’‚ÌŽ®‚Å
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62 FZeusF2008/08/07(–Ø) 07:16:24
hostyu
63 FZeusF2008/08/08(‹à) 06:22:38
‚Ù‚µ‚ã
64 FZeusF2008/08/09(“y) 06:40:43
it grow@‚•‚@ the intelligence quotienti‚c‡T‚pj to make a math problem in english
and solve it
65 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2008/08/10(“ú) 12:28:24
Sorry for the duplicating post.
No one replied to my questions on another thread but
I expect some people here know the answers.

What I would like to know are suitable expression in English of
each component in a numerical formula like:

1 + 2 + 3 + 4 = 10

My questions are which expression is correct, or better.

1 + 2 + 3 + 4 ¨ formula? expression?
1, 2, 3, 4 ¨ number? figure?
10 ¨ result? answer?
66 FZeusF2008/08/11(ŒŽ) 04:56:05
it grow@‚•‚@ the intelligence quotienti‚c‡T‚pj to make a math problem in english
and solve it
67 FZeusF2008/08/11(ŒŽ) 13:54:16
it grow@‚•‚@ the intelligence quotienti‚c‡T‚pj to make a math problem in english
and solve it
68 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2008/08/11(ŒŽ) 22:16:34
>>65
1 + 2 + 3 + 4 ¨ expression
1, 2, 3, 4 ¨ term
10 ¨ answer or result, both are equal
69 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2008/08/12(‰Î) 00:24:21
>>65
1 + 2 + 3 + 4 ¨ expression
1, 2, 3, 4 ¨ term
10 ¨ answer or result, both are equal
70 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2008/08/12(‰Î) 07:09:06
>>45
Interesting problem, could you give a hint?
71 FZeusF2008/08/12(‰Î) 08:15:04
>>70
Your@‚c‚h‚p@grow@‚•‚@to solve@the@math@problem@hintlessD
72 FZeusF2008/08/12(‰Î) 08:20:59
the intelligence quotient@of the white is 115
the intelligence quotient@of the yellow is 110(japanese is 118)
the intelligence quotient@of the black is 90

73 FZeusF2008/08/12(‰Î) 08:29:29

if grow up the intelligence quotient,your work proceed successfully.

the black is nearly intellectual disability.
under 70 is intellectual disability
74 FZeusF2008/08/12(‰Î) 08:33:29
the ‚c‚m‚`@‚‚†@the@white@and@black@is@differentD
75 FZeusF2008/08/12(‰Î) 13:49:20
make@‚@math@problem@about@formula@of@quadratic@equationD
76 FZeusF2008/08/12(‰Î) 13:53:46
‚C‚‘C‚’ are natural numbers.
make a math problem about integral numbers.
77 FZeusF2008/08/13(…) 08:01:05
it grow@‚•‚@ the intelligence quotienti‚c‡T‚pj to make a math problem in english
and solve it
78 FZeusF2008/08/14(–Ø) 05:18:51
it grow@‚•‚@ the intelligence quotienti‚c‡T‚pj to make a math problem in english
and solve it
79 FZeusF2008/08/14(–Ø) 12:16:35
it grow@‚•‚@ the intelligence quotienti‚c‡T‚pj to make a math problem in english
and solve it
80 FZeusF2008/08/15(‹à) 09:14:04
it grow@‚•‚@ the intelligence quotienti‚c‡T‚pj to make a math problem in english
and solve it
81 FZeusF2008/08/16(“y) 09:02:19
it grow@‚•‚@ the intelligence quotienti‚c‡T‚pj to make a math problem in english
and solve it
82 FZeusF2008/08/16(“y) 13:01:07
make a math problem in english
83 FZeusF2008/08/17(“ú) 04:26:15
make a math problem in english
84 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2008/08/20(…) 21:47:59
plz make a math problem which's suitable for an average japanese 11th grader,
and post it. an easy probability problem is good as a step 1.
problem‚¶‚á‚È‚­‚Äquestion‚¾‚ëB
‰•à“I‚ȊԈႢ‚Å’p‚¸‚©‚µ‚¢B
86 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2008/08/26(‰Î) 13:55:37
it grow@‚•‚@ the intelligence quotienti‚c‡T‚pj to make a math problem in english
and solve it
87 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2008/08/26(‰Î) 14:42:07
>>84

How's this:

A bag contains 3 red cubes, 12 green cubes, and 4 blue cubes. If you draw two cubes out, what is the probability that they will be the same color?
88 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2008/09/21(“ú) 16:04:41
age
89 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2008/10/02(–Ø) 07:28:27
Let m and n be integers greater than 1.
Consider an m*n rectangular grid of points in the plane.
Some k of these points are colored red in such a way that
no three red points are the vertices of a right-angled triangle,
two of whose sides are parallel to the sides of the grid.
Determine the greatest possible value of k for any given values of
m,n > 1.
90 FZeusF2008/10/08(…) 09:40:52
‚ ‚°
91 FZeus@‚h‚p‚P‚U‚OF2008/10/16(–Ø) 08:18:00
‚ ‚°
92 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2008/10/16(–Ø) 08:18:41
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93 FZeus@‚h‚p‚P‚U‚OF2008/10/18(“y) 16:07:21
Let m and n be integers greater than 1.
Consider an m*n rectangular grid of points in the plane.
Some k of these points are colored red in such a way that
no three red points are the vertices of a right-angled triangle,
two of whose sides are parallel to the sides of the grid.
Determine the greatest possible value of k for any given values of
m,n > 1.
94 FZeus@‚h‚p‚P‚U‚OF2008/10/31(‹à) 03:36:12
Find all pairs of nonnegative integer numbers (m,n)
satisfying the equality
(m-n)^2(n^2-m)=4m^2n
95 FZeus@‚h‚p‚P‚U‚OF2008/11/06(–Ø) 05:48:40
age
96 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2008/11/06(–Ø) 06:03:54
write in chat in English thread. nobody see this thread and
answer.
I don't have the will to see several threads.
97 FZeus@‚h‚p‚P‚U‚OF2008/11/07(‹à) 04:39:49
>>96
why?
98 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2008/11/08(“y) 03:24:59
Nobodody bothers to come here and answer your questions in
English. People increase the chances to see and answer your questions
in chat in English thread.
99 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2008/12/01(ŒŽ) 14:20:22
age
100 FZeus@‚h‚p‚P‚U‚OF2008/12/01(ŒŽ) 14:23:40
100get
101 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2009/02/12(–Ø) 08:33:52
agw
102 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2009/04/25(“y) 15:53:46
age
103 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2009/05/26(‰Î) 10:33:32
age
104 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2009/06/20(“y) 09:13:14
‚Ù‚µ‚ã
105 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2009/06/24(…) 05:01:39
age
106 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2009/07/01(…) 09:41:39
‚ ‚°
107 F–¼–³‚µ‚³‚ñ—‰pŒê•×‹­’†F2009/10/14(…) 12:49:29
age
108 F‚y‚d‚t‚rF
age