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k a June Highlights and 2025 AoPS Online Class Information
jlacosta   0
Jun 2, 2025
Congratulations to all the mathletes who competed at National MATHCOUNTS! If you missed the exciting Countdown Round, you can watch the video at this link. Are you interested in training for MATHCOUNTS or AMC 10 contests? How would you like to train for these math competitions in half the time? We have accelerated sections which meet twice per week instead of once starting on July 8th (7:30pm ET). These sections fill quickly so enroll today!

[list][*]MATHCOUNTS/AMC 8 Basics
[*]MATHCOUNTS/AMC 8 Advanced
[*]AMC 10 Problem Series[/list]
For those interested in Olympiad level training in math, computer science, physics, and chemistry, be sure to enroll in our WOOT courses before August 19th to take advantage of early bird pricing!

Summer camps are starting this month at the Virtual Campus in math and language arts that are 2 - to 4 - weeks in duration. Spaces are still available - don’t miss your chance to have a transformative summer experience. There are middle and high school competition math camps as well as Math Beasts camps that review key topics coupled with fun explorations covering areas such as graph theory (Math Beasts Camp 6), cryptography (Math Beasts Camp 7-8), and topology (Math Beasts Camp 8-9)!

Be sure to mark your calendars for the following upcoming events:
[list][*]June 5th, Thursday, 7:30pm ET: Open Discussion with Ben Kornell and Andrew Sutherland, Art of Problem Solving's incoming CEO Ben Kornell and CPO Andrew Sutherland host an Ask Me Anything-style chat. Come ask your questions and get to know our incoming CEO & CPO!
[*]June 9th, Monday, 7:30pm ET, Game Jam: Operation Shuffle!, Come join us to play our second round of Operation Shuffle! If you enjoy number sense, logic, and a healthy dose of luck, this is the game for you. No specific math background is required; all are welcome.[/list]
Our full course list for upcoming classes is below:
All classes run 7:30pm-8:45pm ET/4:30pm - 5:45pm PT unless otherwise noted.

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0 replies
jlacosta
Jun 2, 2025
0 replies
k i Adding contests to the Contest Collections
dcouchman   1
N Apr 5, 2023 by v_Enhance
Want to help AoPS remain a valuable Olympiad resource? Help us add contests to AoPS's Contest Collections.

Find instructions and a list of contests to add here: https://artofproblemsolving.com/community/c40244h1064480_contests_to_add
1 reply
dcouchman
Sep 9, 2019
v_Enhance
Apr 5, 2023
k i Zero tolerance
ZetaX   49
N May 4, 2019 by NoDealsHere
Source: Use your common sense! (enough is enough)
Some users don't want to learn, some other simply ignore advises.
But please follow the following guideline:


To make it short: ALWAYS USE YOUR COMMON SENSE IF POSTING!
If you don't have common sense, don't post.


More specifically:

For new threads:


a) Good, meaningful title:
The title has to say what the problem is about in best way possible.
If that title occured already, it's definitely bad. And contest names aren't good either.
That's in fact a requirement for being able to search old problems.

Examples:
Bad titles:
- "Hard"/"Medium"/"Easy" (if you find it so cool how hard/easy it is, tell it in the post and use a title that tells us the problem)
- "Number Theory" (hey guy, guess why this forum's named that way¿ and is it the only such problem on earth¿)
- "Fibonacci" (there are millions of Fibonacci problems out there, all posted and named the same...)
- "Chinese TST 2003" (does this say anything about the problem¿)
Good titles:
- "On divisors of a³+2b³+4c³-6abc"
- "Number of solutions to x²+y²=6z²"
- "Fibonacci numbers are never squares"


b) Use search function:
Before posting a "new" problem spend at least two, better five, minutes to look if this problem was posted before. If it was, don't repost it. If you have anything important to say on topic, post it in one of the older threads.
If the thread is locked cause of this, use search function.

Update (by Amir Hossein). The best way to search for two keywords in AoPS is to input
[code]+"first keyword" +"second keyword"[/code]
so that any post containing both strings "first word" and "second form".


c) Good problem statement:
Some recent really bad post was:
[quote]$lim_{n\to 1}^{+\infty}\frac{1}{n}-lnn$[/quote]
It contains no question and no answer.
If you do this, too, you are on the best way to get your thread deleted. Write everything clearly, define where your variables come from (and define the "natural" numbers if used). Additionally read your post at least twice before submitting. After you sent it, read it again and use the Edit-Button if necessary to correct errors.


For answers to already existing threads:


d) Of any interest and with content:
Don't post things that are more trivial than completely obvious. For example, if the question is to solve $x^{3}+y^{3}=z^{3}$, do not answer with "$x=y=z=0$ is a solution" only. Either you post any kind of proof or at least something unexpected (like "$x=1337, y=481, z=42$ is the smallest solution). Someone that does not see that $x=y=z=0$ is a solution of the above without your post is completely wrong here, this is an IMO-level forum.
Similar, posting "I have solved this problem" but not posting anything else is not welcome; it even looks that you just want to show off what a genius you are.

e) Well written and checked answers:
Like c) for new threads, check your solutions at least twice for mistakes. And after sending, read it again and use the Edit-Button if necessary to correct errors.



To repeat it: ALWAYS USE YOUR COMMON SENSE IF POSTING!


Everything definitely out of range of common sense will be locked or deleted (exept for new users having less than about 42 posts, they are newbies and need/get some time to learn).

The above rules will be applied from next monday (5. march of 2007).
Feel free to discuss on this here.
49 replies
ZetaX
Feb 27, 2007
NoDealsHere
May 4, 2019
MathCounts Nationals Pins
UberPiggy   12
N 6 minutes ago by K124659
Hi, I know it's been a while since Nationals but I wanted to try collecting all the pins. I am missing the following states/regions right now:

Alaska
Colorado
Connecticut
Florida
Guam
Hawaii
North Carolina
North Dakota
Puerto Rico
Utah
Vermont
Wisconsin
Virgin Islands

I can give California pins in exchange for the above. Please PM me if you are interested. Thanks!
12 replies
UberPiggy
Tuesday at 11:30 PM
K124659
6 minutes ago
9 Prodigy AoPS or Khanacadamy
ZMB038   108
N 13 minutes ago by Evanlovemath
Hey everyone just was wondering what everybody prefers? Try not to fight so this doesn't get locked!
108 replies
ZMB038
May 22, 2025
Evanlovemath
13 minutes ago
450th post!
JohannIsBach   10
N 13 minutes ago by ShrewdBunny
this is my 450th post! the last time i posted one of these was when i had 100! wow iv gon so far... what should my next goal be?
10 replies
JohannIsBach
Tuesday at 12:31 PM
ShrewdBunny
13 minutes ago
Graph of 100 vertices. Each of degree 3. Is that possible?
Clueid   0
23 minutes ago
Does there exist a graph with 100 vertices with each vertex having a degree of 3? If so, show that it exists. Otherwise, prove it's impossible to exist.
0 replies
Clueid
23 minutes ago
0 replies
Bugs Bunny at it again
Rijul saini   4
N 34 minutes ago by ThatApollo777
Source: LMAO 2025 Day 2 Problem 1
Bugs Bunny wants to choose a number $k$ such that every collection of $k$ consecutive positive integers contains an integer whose sum of digits is divisible by $2025$.

Find the smallest positive integer $k$ for which he can do this, or prove that none exist.

Proposed by Saikat Debnath and MV Adhitya
4 replies
Rijul saini
Yesterday at 7:01 PM
ThatApollo777
34 minutes ago
Orthocenters equidistant from circumcenter
Rijul saini   5
N 41 minutes ago by YaoAOPS
Source: India IMOTC 2025 Day 1 Problem 2
In triangle $ABC$, consider points $A_1,A_2$ on line $BC$ such that $A_1,B,C,A_2$ are in that order and $A_1B=AC$ and $CA_2=AB$. Similarly consider points $B_1,B_2$ on line $AC$, and $C_1,C_2$ on line $AB$. Prove that orthocenters of triangles $A_1B_1C_1$ and $A_2B_2C_2$ are equidistant from the circumcenter of $ABC$.

Proposed by Shantanu Nene
5 replies
1 viewing
Rijul saini
Yesterday at 6:31 PM
YaoAOPS
41 minutes ago
Six variables (2)
Nguyenhuyen_AG   1
N an hour ago by lbh_qys
Let $a, \, b, \,c, \, x, \, y, \, z$ be six positive real numbers. Prove that
\[a^2+b^2+c^2+\frac{4(ax+by+cz)\sqrt{ab+bc+ca}}{x+y+z} \geqslant 2(ab+bc+ca).\]
1 reply
Nguyenhuyen_AG
an hour ago
lbh_qys
an hour ago
The line is a common tangent
Rijul saini   3
N an hour ago by pingupignu
Source: India IMOTC 2025 Day 4 Problem 3
Let $ABCD$ be a cyclic quadrilateral with circumcentre $O$ and circumcircle $\Gamma$. Let $T$ be the intersection of tangents at $B$ and $C$ to $\Gamma$. Let $\omega$ be the circumcircle of triangle $TBC$ and let $M(\neq T)$, $N(\neq T)$ denote the second intersections of $TA,TD$ with $\omega$ respectively. Let $AD$ and $BC$ intersect at $E$ and $\Omega$ be the circumcircle of triangle $EMN$. If $AD$ intersects $\Omega$ again at $X \neq E$, prove that the line tangent to $\Omega$ at $X$ is also tangent to $\omega$.

Proposed by Malay Mahajan and Siddharth Choppara
3 replies
Rijul saini
Yesterday at 6:47 PM
pingupignu
an hour ago
One of P or Q lies on circle
Rijul saini   6
N an hour ago by ZVFrozel
Source: LMAO 2025 Day 1 Problem 3
Let $ABC$ be an acute triangle with orthocenter $H$. Let $M$ be the midpoint of $BC$, and $K$ be the intersection of the tangents from $B$ and $C$ to the circumcircle of $ABC$. Denote by $\Omega$ the circle centered at $H$ and tangent to line $AM$.

Suppose $AK$ intersects $\Omega$ at two distinct points $X$, $Y$.
Lines $BX$ and $CY$ meet at $P$, while lines $BY$ and $CX$ meet at $Q$. Prove that either $P$ or $Q$ lies on $\Omega$.

Proposed by MV Adhitya, Archit Manas and Arnav Nanal
6 replies
+1 w
Rijul saini
Yesterday at 6:59 PM
ZVFrozel
an hour ago
Polynomial strategy game
Rijul saini   1
N an hour ago by everythingpi3141592
Source: India IMOTC 2025 Day 1 Problem 3
Let $N \geqslant 2024!$ be a positive integer. Alice and Bob play the following game, with Alice going first after which they alternate turns. They determine the numbers $a_0,a_1, a_2, \ldots, a_{2025}$ in the following way.

On the $k$th turn, the player whose turn it is sets $a_{k-1}$ to be an integer such that:
$\bullet$ $1\leqslant a_{k-1}\leqslant N$
$\bullet$ There exists a polynomial $P$ with integer coefficients and $ P(i) = a_i$ for $0 \leqslant i \leqslant k-1$

Alice wins if and only if Bob is unable to pick a value in one of his moves i.e. $a_{1}, a_3,\ldots$. In particular, she also loses if Bob is able to pick $a_{2025}$ successfully.
Determine all values of $N$ for which Alice can ensure that she wins regardless of Bob's strategy.

Proposed by Atul Shatavart Nadig and Rohan Goyal
1 reply
Rijul saini
Yesterday at 6:31 PM
everythingpi3141592
an hour ago
One of the lines is tangent
Rijul saini   4
N an hour ago by ZVFrozel
Source: LMAO 2025 Day 2 Problem 2
Let $ABC$ be a scalene triangle with incircle $\omega$. Denote by $N$ the midpoint of arc $BAC$ in the circumcircle of $ABC$, and by $D$ the point where the $A$-excircle touches $BC$. Suppose the circumcircle of $AND$ meets $BC$ again at $P \neq D$ and intersects $\omega$ at two points $X$, $Y$.

Prove that either $PX$ or $PY$ is tangent to $\omega$.

Proposed by Sanjana Philo Chacko
4 replies
Rijul saini
Yesterday at 7:02 PM
ZVFrozel
an hour ago
Circumcenter lies on altitude
ABCDE   59
N 2 hours ago by Ilikeminecraft
Source: 2016 ELMO Problem 2
Oscar is drawing diagrams with trash can lids and sticks. He draws a triangle $ABC$ and a point $D$ such that $DB$ and $DC$ are tangent to the circumcircle of $ABC$. Let $B'$ be the reflection of $B$ over $AC$ and $C'$ be the reflection of $C$ over $AB$. If $O$ is the circumcenter of $DB'C'$, help Oscar prove that $AO$ is perpendicular to $BC$.

James Lin
59 replies
ABCDE
Jun 24, 2016
Ilikeminecraft
2 hours ago
OreINMO: My stepfunction cannot be this linear
anantmudgal09   15
N 2 hours ago by shendrew7
Source: INMO 2023 P3
Let $\mathbb N$ denote the set of all positive integers. Find all real numbers $c$ for which there exists a function $f:\mathbb N\to \mathbb N$ satisfying:
[list]
[*] for any $x,a\in\mathbb N$, the quantity $\frac{f(x+a)-f(x)}{a}$ is an integer if and only if $a=1$;
[*] for all $x\in \mathbb N$, we have $|f(x)-cx|<2023$.
[/list]

Proposed by Sutanay Bhattacharya
15 replies
anantmudgal09
Jan 15, 2023
shendrew7
2 hours ago
a_0 , a_1 are coprime in integer polynomial with n rel. prime integer roots
parmenides51   4
N 3 hours ago by pudim37
Source: Hong Kong TST - HKTST 2024 1.1
Let $n$ be a positive integer larger than $1$, and let $a_0,a_1,\dots,a_{n-1}$ be integers. It is known that the equation $$x^n+a_{n-1}x^{n-1}+a_{n-2}x^{n-2}+\cdots+a_1x+a_0=0$$has $n$ pairwise relatively prime integer roots. Prove that $a_0$ and $a_1$ are relatively prime.
4 replies
parmenides51
Jul 20, 2024
pudim37
3 hours ago
Chat in video classroom
rock-star   0
Apr 22, 2025
asking for a friend who is designing their own video classroom....

think back to when you had online classes with video (like on zoom and stuff):
do you like the chat feature that they have?
what did you use the chat for?
what would you do instead if there wasn't a chat?
what other thoughts do you have about having chat in a video classroom?

0 replies
rock-star
Apr 22, 2025
0 replies
Chat in video classroom
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rock-star
2 posts
#1
Y by
asking for a friend who is designing their own video classroom....

think back to when you had online classes with video (like on zoom and stuff):
do you like the chat feature that they have?
what did you use the chat for?
what would you do instead if there wasn't a chat?
what other thoughts do you have about having chat in a video classroom?
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