The AMC 8 Contest at the Montgomery College on Tuesday, November 14, 2017

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We will offer the AMC 8 contest to local students at the Montgomery College.

AMC 8 Online Registration is now open!

Please click HERE to register

Date: Tuesday, November 14, 2017
Time: 3:30pm-4:30pm (please arrive 10 minutes early)

Germantown Campus:
Address: 20200 Observation Drive, Germantown, MD 20876
Location: HT113 (Global Hall)
View Germantown campus map here

Rockville Campus:
Address: 900 Hungerford Drive #110, Rockville, MD 20850
Location: HU010 or HU011
View Rockville campus map here

Note: Parking permit will be available.

You can find 2015 and 2016 real AMC 8 problems and answers, for your child’s practice, at:

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Henry Wan, Ph.D.
Senior Instructor in Math
Senior Math Coach Certified by the MAA
Tel: 240-406-3402
Email:  amcmarylandcenter@gmail.com
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For more details, see: Calendar for the American Mathematics Competitions

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The AMC 8 is a fun mathematics competition, aimed primarily at middle school students in grades 6, 7, and 8. Highly motivated 4th and 5th grade students are encouraged to participate as well. Last year the AMC 8 contest involved over 150,000 students worldwide.

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With these contests, there are awards in each school for the student with the highest score, certificates for high-scoring students in each school, and state-wide awards. The AMC 8 contest can lead to other more selective math contests, even all the way to the United States of America team sent to the International Mathematical Olympiad, the premier international high school level mathematical problem solving contest. But the real rewards come from challenging each student with mathematics that is new, different, and “outside of the box.” The problems on the contest are difficult, but designed to be within the reach of students. Even so, if your son or daughter managed to solve only one or two problems, this should be an encouragement to learn more, because these problems are meant to be more challenging than students routinely encounter in their mathematics courses.

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Mathematics is increasingly important in our technological and scientific age. Taking enough mathematics in school is the gateway to jobs and careers of all kinds, even those that are not explicitly mathematical, scientific or technological. We hope that by offering these contests, we can challenge and inspire students to want to learn more mathematics. We hope that your son or daughter enjoys the contests and will continue to take mathematics courses in middle school, high school and beyond.

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More details can be found at:

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Every Student Should Take Both the AMC 10A/12A and 10 B/12B!

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There are two sets of exams per year, the AMC 10A and AMC 12A, and the AMC 10B and AMC 12B. Both the A and the B versions of the AMC 10 and the AMC 12 have the same number of questions, the same scoring, and the same rules for administration. The only differences are the competition dates and that each version has a distinct set of questions, although the two examinations are designed to be equal in difficulty and distribution of topics. See more at:

All students should take both the A-date and B-date AMC tests. The AMC 10B/12B gives a student a second chance to qualify for the American Invitational Mathematics Exam (AIME). If a student does not qualify for the AIME through the AMC10A/12A, then he/she can qualify for the AIME through the AMC10B/12B which provides a great chance at qualifying. See more at:

logo_americanmath2.jpgIf a student earns a higher score on the AMC 10B/12B than AMC 10A/12A, then he/she can put the higher score on his/her college application form and resume, and/or write about it in a college application essay. Top 10, well-known U.S. universities and colleges, including internationally recognized U.S. technical institutions, ask for AMC scores on their application forms. Achieving a high score in the AMC will greatly increase the chances of an applicant being accepted to these top universities! See more at:

It is especially important to attend both the AMC 10A/12A and AMC 10B/12B for those students who want to qualify for the United States of America Mathematical Olympiad (USAMO) and the United States of America Junior Mathematical Olympiad (USJMO). Selection to the USAMO is based on the USAMO index which is defined as your AMC 12 score plus 10 times your AIME score. Selection to the USJMO is based on the USJMO index which is defined as your AMC 10 score plus 10 times your AIME score. If you take both the A-date and B-date AMC tests, then the USA(J)MO index will use the higher numerical score. One of our students got a score of 120 on the 2015 AMC 10A, and 138 on the 2015 AMC 10B later. He was able to qualify for the USJMO precisely because he was able to get such a high score on the AMC 10B even though his AMC 10A score did not make the cut. See more at:

We always strongly encourage our students in grades 6 and below to attend both the AMC 10A and AMC 10B. Do not worry about the potential score; it is the experience that is truly valuable, and should not be missed. Students who take more tests tend to have more opportunities and be more experienced to work toward honing their skills! Some of our students in grades 6 and below have qualified for the AIME. It is very impressive. Most of them earned a score of 90 or more out of 150 on the AMC 10, and then received National Achievement Honor Roll Certificates. They got big improvements each year and successfully became AIME qualifiers within 1 to 4 years. See more at:

We can help you register for both AMC A and B tests. See more at:

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Students Can Easily Qualify for the AIME Through the AMC 12 During 11th and 12th Grades

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Most of our students who are in the 10th grade and below qualify for AIME, even those who are in the 6th grade. Only a few students did not qualify for AIME who are in the 10th grade, because they happened to join our classes too late. However, all of them successfully did so with our help when they came back as 11th graders. Actually, 10th graders who did not qualify for AIME in 10th grade should not worry or feel disappointed. It is much easier to qualify for AIME through the AMC 12 than AMC 10 because the curve for the AMC 12 is much more generous. Any student who scores in the top 2.5% on the AMC 10, or in the top 5% on the AMC 12 is invited to take the AIME. 10th graders still have a great chance at qualifying in 11th grade!

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The AMC 12 cutoff scores for AIME qualification ranged from 88.5 to 100, while the AMC10 scores from 106.5 to 120, between 2009 to 2016. Qualification parameters for AIME vary with the results of the AMC 10/12 competitions. The exact cutoffs depend on the difficulty of each competition. See more at:

Even for a student in grades 10 and below, who is familiar with trigonometry and precalculus, it easier to score a 100 on the AMC 12 than to score a 120 on the AMC 10. Even if the AMC 12 problems are harder, the difference in 20 points is over three problems. To qualify for AIME through the AMC 10, the minimum correct answers needed is 19. For the AMC 12, however, you only need at least 14 correct answers. Furthermore, the AMC 12 questions have about at least 9 questions out of the first 14 that are the same as the AMC 10’s and they do not get significantly harder until after Problem 16. Thus, it is much easier to qualify for the AIME through the AMC 12 than the AMC 10. See more at:

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AMC 10 versus AMC 12

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The Eligibility of Students to Take the AMC 10 and the AMC 12

Materials Covered on the AMC 10 and 12

  • The AMC 10 tests mathematical problem solving with arithmetic, algebra, counting, geometry, number theory, and probability and other secondary school math topics. Problems are designed to be solved by students without any background in trigonometry, precalculus, or calculus.
  • The AMC 12 tests mathematical problem solving with arithmetic, algebra, counting, geometry, number theory, and probability and other secondary school math topics, including trigonometry and precalculus. Problems are designed to be solvable by students without any background in calculus.

The Difference in the A and B Versions of the AMC10/12 Examinations

  • Both the A and the B versions of the AMC 10 and the AMC 12 have the same number of questions, the same scoring and the same rules for administration.
  • The only differences are the competition dates and that each version has a distinct set of questions, although the two examinations are designed to be equal in difficulty and distribution of topics.

The Similarity between the AMC 10 and AMC 12

  • The AMC 10 and AMC 12 contests are 25 questions long, and take 75 minutes.
  • The AMC10A and AMC12A are offered on the same day, as well as the AMC10B and AMC12B.
  • The A tests and the B tests each have about 10-15 questions in common. In 2016, the AMC 10A and AMC 12A have 14 questions in common, while the AMC 10B and AMC 12B have 12 questions in common. See more at:

Cutoff Scores for AIME Qualification

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2016 AMC 8 Results Announced — Eleven Students Received Perfect Scores

WARMEST CONGRATULATIONS TO THE STUDENTS WHO EARNED TOP SCORES ON THE 2016 AMC 8 CONTEST!

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  • 11 of our students were among the top 264 National Winners (Perfect Scorers).
  • 16 students received National Distinguished Honor Roll Certificates awarded to top 1% test takers.
  • 21 students received National Honor Roll Certificates awarded to top 5% test takers.
  • 48 out of our 51 students (94%) received National Awards for the AMC 8 from the Mathematical Association of AmericaIn 2016, we had 63 students who earned top scores on the AMC 8 contest!

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The 2016 AMC 8 (American Mathematics Competitions 8) was held on November 15th, 2016. This is one of the most important math competitions in America. The AMC 8 has a total score of 25. Eleven of our students were among 264 National Winners (Perfect Scorers). Click HERE see a full list of students who achieved a perfect score in the USA.

Table 1:  Eleven Perfect Scorers on the 2016 AMC 8 Contest

First Name Last Initial AMC 8 Score Grade Class Year
Joshua F. 25 8 2015-16 AMC 10/12 Prep, 2016-2017 AIME Prep
Andrew H. 25 8 2016-2017 AMC 10/12 Prep
Justin H. 25 8 2016-2017 AMC 10/12 Prep
Stephen J. 25 8 2016-2017 AMC 10/12 Prep
Marvin L. 25 8 2016-2017 AMC 10/12 Prep
Udbhav M. 25 8 2016-2017 AMC 10/12 Prep
Samuel Q. 25 7 2016-2017 AMC 10/12 Prep
Daniel S. 25 8 2016-2017 AMC 10/12 Prep
Joshua Y. 25 7 2016-2017 AMC 10/12 Prep
Andras Z. 25 8 2016-2017 AMC 10/12 Prep
Bryan Z. 25 6 2016-2017 AMC 10/12 Prep

Sixteen of our students received National Distinguished Honor Roll Certificates awarded to top 1% test takers.

Table 2:  Sixteen National Distinguished Honor Roll Awardees

Name AMC 8 Score Grade Class Year
Sri J. 24 8 2016-2017 AMC 10/12 Prep
 Disha K. 24 8 2016-2017 AMC 10/12 Prep
Pravalika P. 24 7 2016-2017 AMC 10/12 Prep
David W. 24 8 2016-2017 AMC 10/12 Prep
Christopher W. 24 7 2016-2017 AMC 10/12 Prep
Arushi A. 23 8 2016-2017 AMC 10/12 Prep
Tristan M. 23 8 2016-2017 AMC 10/12 Prep
Srinath M. 23 8 2016-2017 AMC 10/12 Prep
Samuel T. 23 8 2016-2017 AMC 10/12 Prep
Bill Y. 23 4 2016-2017 AMC 10/12 Prep
Kevin Z. 23 8 2016-2017 AMC 10/12 Prep
Phillip G. 22 7 2016-2017 AMC 10/12 Prep
Aaron M. 22 8 2016-2017 AMC 10/12 Prep
Sanjay S. 22 8 2016-2017 AMC 10/12 Prep
Wyatt T. 22 7 2015-2016 One-on-one Coaching, 2016-2017 AMC 10/12 Prep
James X. 22 7 2016-2017 AMC 10/12 Prep

Twentyone of our students received National Honor Roll Certificates awarded to top 5% test takers.

Table 3:  Twenty-One National Honor Roll Awardees

Name AMC 8 Score Grade Class Year
Matthew C. 21 7 2015-2016 AMC 10/12 Prep
Jeffrey C. 21 6 2014-2015, 2015-2016, 2016-2017 AMC 8/MathCounts Prep
Richard L. 21 7 2016-2017 AMC 8/MathCounts Prep
Sarah Z. 21 8 2015-2016, 2016-2017 AMC 10/12 Prep
Suraj O. 21 7 2016-2017 AMC 8/MathCounts Prep
Ethan O. 20 8 2016-2017 AMC 10/12 Prep
Dhruv P. 20 8 2016-2017 AMC 8/MathCounts Prep
Allen W. 20 7 2016-2017 AMC 8/MathCounts Prep
Caleb Z. 20 7 2016-2017 AMC 8/MathCounts Prep
Akhil C. 19 7 2016-2017 AMC 8/MathCounts Prep
Stella I. 19 7 2016-2017 AMC 8/MathCounts Prep
Eva L. 19 5 2016-2017 AMC 8/MathCounts Prep
Danny S. 19 7 2015-2016 AMC 8/MathCounts Prep
Alison W. 19 8 2016-2017 AMC 8/MathCounts Prep
Daniel C. 18 7 2016-2017 AMC 8/MathCounts Prep
Elliot K. 18 8 2016-2017 AMC 8/MathCounts Prep
David L. 18 5 2016-2017 AMC 8/MathCounts Prep
Ivy L. 18 8 2015-2016 AMC 8/MathCounts Prep
Xuanhe Q. 18 8 2016-2017 AMC 8/MathCounts Prep
Danny S. 18 8 2015-2016 AMC 8/MathCounts Prep
Austin S. 18 6 2016-2017 AMC 8/MathCounts Prep

Furthermore, four students of our in grade 6 or under received National Certificates. Very impressively, Bryan Z., a 6th grader, got a perfect score, and Bill Y., a 4th grader, attained a 23 out of 25.

In 2016, there were 51 students in grades 3-8 who attended our AMC 8 Prep or AMC 10/12 Prep Classes, including One-on-One Private Coaching and Small Group (4-10 students) Classes. All of them attended the AMC 8 contest on November 15, 2016, and their average score is 21.85. Remarkably, 48 students received National Certificates for the Mathematical Associations of America, as shown in Tables 1, 2, 3, and 4.

All our students who achieved the top scores on the AMC 8 actually attend our high level AMC 10/12 classes, not our standard level AMC 8 classes. They know that in order to get a top score, they must aim even higher!

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20,8137 students worldwide participated in the 2016 AMC 8 contest from over 2,000 schools. In the USA, 196,019 students participated, and the overall national average score is 9.35 out of a maximum of 25. All our students achieved a score that is much higher than the overall national average score.

Top scorers and statistics can be found at http://amc-reg.maa.org/reports/generalreports.aspx

Read more at:

Click HERE find out more about Math Competitions!

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The AMC 10 and AMC 12 Have 10-15 Questions in Common

amc-logoBoth the AMC 10 and AMC 12 are 25-question, 75-minute multiple choice examinations, with 10-15 questions in common to both contests.

The AMC 10A and AMC 12A are offered on the same day, as well as AMC 10B/AMC 12B. So you can take two AMC’s officially in a year.

In 2016, the AMC 10A and AMC 12A have 14 questions in common, while the AMC 10B and AMC 12B have 12 questions in common, as shown in the following two tables.

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Click HERE to see all 14 problems appeared on both the 2016 AMC 10A and AMC 12A.

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 Click HERE to see all 12 problems appeared on both the 2016 AMC 10B and AMC 12B.

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Some Problems on the 2016 AMC 10/12 are Exactly the Same as Previous AMC/ARML Problems

copyright-small Henry Wan, Ph.D.

We have developed a comprehensive, integrated, non-redundant, well-annotated database “CMP” consisting of competitive math problems, including all previous AMC 10/12 problems, AIME problems, ARML problems, HMMT problems, Math League problems, PUMaC problems, Stanford Math Tournament (SMT) problems. The CPM is an invaluable “big data” system we use for our research, and is a golden resource for our students, who are the ultimate beneficiaries.

We have also devised a data mining and predictive analytics tool for math problem similarity searching. Using this powerful tool, we can align query math problems against those present in the target database “CPM,” and then find those similar problems in the CMP database.

For the 2016 AMC 10/12A and 10/12B problems, based on the database searching, we have found:

  • 2016 AMC 10A Problem 15 is similar to 2002 AMC 10A #5.
  • 2016 AMC 10A Problem 18 is similar to 2007 AMC 10A #11.
  • 2016 AMC 10B Problem 21 is completely the same as 2014 ARML Team Round Problem 8 
  • 2016 AMC 10B Problem 21 is similar to the following problems:
    • 2008 AMC 12A Problem 14
    • 1987 AIME Problem 4
    • 2014 University of Maryland High School Mathematics Competition Problem 16

Click HERE to see my complete detailed article on the similarities between the 2016 AMC 10/12 problems and previous math competition problems.

In my AMC 10/12 Prep Class on Feb. 14, 2016, I used Problem 8 in the 2014 ARML Team Round and the 2008 AMC 12A Problem 14, as two typical examples, to illustrate how to efficiently compute the area of the region defined by inequalities or bounded by a simple closed curve. Thus, when my students attended the 2016 AMC 10B, they already knew how to solve this exact problem and its answer. So they took one second to bubble the correct answer (B) and then got 6 points easily!

Click HERE find out more about Math Competitions!

Click HERE to find out more about SAT Prep!

Copyright copyright-small Dr. Henry Wan. All rights reserved

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2016 AMC 8 Problems and Answers

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The 2016 AMC 8 was held on November 15th-22nd, 2016. According to the AMC policy, students, teachers, and coaches are not allowed to discuss the contest questions and solutions until after the end of the competition window, so we are only now able to post the 2016 AMC 8 Problems and Answers. You can click the following to download them:

Detailed Solutions of the Hardest Problems on the 2016 AMC 8 can be found at:

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This year’s AMC 8 has a similar difficulty level as last year’s AMC 8; however, it was more difficult than the AMC 8 of the years before 2015. We predict that this year’s AMC 8 honor roll and Distinguished Honor Roll cut-off scores will be: 18 and 22, respectively. Read more at: AMC 8 Historical Results from 2011 to 2015

Because the AMC 8 problems are getting harder, we must practice not only previous AMC 8 problems but also easy or medium difficulty level problems from previous AMC 10 to do well on the AMC 8.

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More details can be found at:

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Click HERE find out more about Math Competitions!

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High School Math Competitions Organized by Colleges and Universities

Harvard MIT Math Tournament (HMMT)

Founded in 1998, HMMT is one of the largest and most prestigious high school competitions in the world. Each tournament draws close to 1000 students from around the globe, including top scorers at national and international olympiads. HMMT is entirely student-organized, by students at Harvard, MIT, and nearby schools, many of whom are HMMT alumni themselves.

Berkeley Math Tournament (BMT)

The Berkeley Math Tournament Group is an organization founded at the University of California-Berkeley. A student run-organization founded in the early 2010’s, the Berkeley Math Tournament and Berkeley mini-Math Tournament gather students from the Bay Area and elsewhere to celebrate mathematics and the spirit of mathematical competition.

Stanford Math Tournament (SMT)

The Stanford Math Tournament (SMT) is an annual student-run math competition for high school students held at Stanford University. SMT aims to encourage interest in math by providing students from around the world an opportunity to work on fun and challenging problems and to meet other students interested in math.

Caltech Harvey Mudd Math Competition (CHMMC)

This competition is organized by the students in Caltech and Harvey Mudd College. Top finishers at CHMMC will qualify for the USMCA national championship.​

Princeton University Mathematics Competition (PUMaC)

The Princeton University Mathematics Competition (PUMaC) is an annual competition run by the Princeton University Math Club. PUMaC is an entirely student-run competition; Math Club volunteers have organized PUMaC since 2006.

Carnegie Mellon Informatics and Mathematics Competition (CMIMC)

The Carnegie Mellon Informatics and Mathematics Competition (CMIMC) is an annual math and computer science competition held at Carnegie Mellon University by CMU students. 

Math Majors of America Tournament for High Schools (MMATHS)

The MMATHS is an annual math competition for high school students run by the Yale Math Competition Executive Board. The goals of MMATHS are:

  • to assist universities in hosting their own math tournaments for schools within their state or region,
  • to provide a team-based competition that is accessible, both geographically and mathematically, to more high-school students, and
  • to promote communication between undergraduate students in mathematics across the country. 

Duke Math Meet (DMM)

The Duke Math Meet (DMM) is a regional mathematics competition for high school students held at Duke University each year.  The contest is organized by the members of the Duke University Mathematics Union (DUMU) and is sponsored by the Duke Mathematics Department.

Johns Hopkins Math Tournament (JHMT)

The JMHT is an annual math competition open to middle school and high school students located in and around Baltimore. The JMHT competition tests competitors’ ability with proofs, algebra and number theory, geometry, calculus, probability and combinatorics, and general math. Students compete as individuals and on a team. Individual competitors are scored on a two hour test, and teams compete in a series of two 45-minute proof rounds.

The University of Maryland High School Mathematics Competition

The competition will be held in two parts. Part I of the Competition is open to all students enrolled in high schools in Maryland and the District of Columbia. High scorers on Part I will qualify to participate in Part II of the Competition. Part I consists of 25 multiple choice questions, and Part II consists of 5 essay/proof problems. In addition to a sound knowledge of high school mathematics (up to, but not including, calculus), both parts will require a fair amount of mathematical insight and ingenuity.

Georgia Tech High School Math Day

The Georgia Tech High School Mathematics Competition is an annual math tournament hosted and run by the School of Mathematics and Pi Mu Epsilon of the Georgia Institute of Technology (better known as Georgia Tech).

University of Georgia High School Math Tournament

The University of Georgia Mathematics Tournament is an annual tournament hosted and run by students and faculty of the University of Georgia (UGA). Historically, it has occurred in late October, but the 2006–2007 tournament will occur in November. The competition is open to all high school students, and all students compete in the same division.

University of South Carolina High School Math Contest

The University of South Carolina hosts a High School Mathematics Contest in the Spring semester every year. All South Carolina high schools are cordially invited to participate.

Rice Math Tournament

The Rice Math Tournament is an annual student-run math competition for high school students held at Rice University. The Rice Math Tournament aims to encourage interest in math by providing students an opportunity to work on fun and challenging problems and to meet other students interested in math.

Online Intensive AMC 10/12 Prep (for 7th to 12th Graders) Winter Weekend Course Starting December 4

Purpose: To prepare for the AMC 10/12 A — Tuesday, February 7, 2017 and/or AMC 10/12 B — Wednesday, February 15, 2017.
Please see: The AMC 10/12 Contests at Montgomery College on February 7, 2017, and February 15, 2017
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Winter 2016 Schedule
9 Weekends (Eastern Time: 6:00 – 8:30 pm), Total: 22.5 Hours
12/4,  12/11,  12/18 (Monthly Mock Test/Review)
1/8,  1/15,  1/22,  (Monthly Mock Test/Review)
1/29, 2/5,  2/12 (Final Mock Test/Review)

  • We will help students gain a deeper understanding of the fundamental math concepts, build a solid foundation in math, and develop the critical thinking and problem-solving skills different from those in the school classes, motivation, and perseverance for reaching their full potential.
  • We will focus on efficient tricks, shortcuts, and strategies to solve competitive math problems as well as test-taking tactics.
  • The emphasis of this class will be on comprehensive problem-solving, which is very common in competitive math, but is not included in school curriculum.
  • We will utilize a highly effective teaching model as described in the article: Small-sized Class Instruction-focused Model.

You are very welcome to sign up for our Online Intensive AMC 10/12 Prep Fall Weekend Course which offers a quick, efficient way for students to interact with teachers over long distance. We use Google Hangouts to video chat and easily connect with students to teach them our tricks and shortcuts to getting an amazing score on their contests, as well as offer them our guidance and support. Students can ask questions face-to-face, and can complete problems with the supervision of our teachers/coaches.

A commitment to the whole course can maximize the benefit of learning all the math ideas, methods, strategies, tactics, skills, and techniques.

Tuition: $900 (including all materials). We offer discounts of $30 for returning students.

Online Registration is now open! Click HERE to register and make payment.

New students:

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Returning students ($30 discount):

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Instructors:

Contact Information:
Ivy League Education Center
Tel:  301-922-9508     or        240-406-3402
Email:  chiefmathtutor@gmail.com

Payment Policy

  • Full payment must be received on or before the day of first class.
  • late fee of $50 will be added to the tuition for payment after the first class.
  • For our new parents, you have the option of (A) Paying the full tuition or (B) Pay $100 + $15 (drop-in fee) for a total of $115 on the first day of class. If you continue with our course, you can bring the remaining tuition fee (Total $800) on the second class. In this case, a late fee of $50 will be added to the tuition after the second class.

Refund Policy

  • Withdrawal before the first class: Full Refund
  • Withdrawal after the first class: $115 deduction
  • No refund after the second class

There are many math competitions in the United States. Of those, only AMC → AIME → USAMO sequence would take you to the IMO (International Math Olympiad), the highest level math competition for high school students in the world!

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Specific Goal: To earn a score of 120 or more out of 150 on the American Mathematics Contest 10 (AMC 10), or a score of 100 or more out of 150 on the American Mathematics Contest 12 (AMC 12), and then qualify for the American Invitational Mathematics Examination (AIME), which is used to determine qualification for the United States of America Mathematical Olympiad (USAMO). See for more details: Optimal Strategies to Solve Hard AMC Problems

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Who should take this class: This class is very appropriate for 7th-12th grade students who are hoping to qualify for the AIME.

Benefits:

  • 9 tutorial handouts (>300 pages) developed by Dr. Henry Wan and 500 new problems similar to AMC 10/12 level from the licensed AMC Database.
  • 34 past real AMC 10/12 test booklets from 2000–2016.
  • 3 FREE mock tests that are intended to mimic an actual math competition exam. Each test has 25 questions taken from the licensed AMC Database. Mock tests are calibrated to be at the same difficulty level as the real AMC 10/12. These simulated tests help students assess their level of preparation for the Math Competitions. After attempting the test, students get answers, explanations, and a detailed score report and wise performance summary.
  • FREE registration for the AMC 10/12 A — Tuesday, February 7, 2017 and/or AMC 10/12 B — Wednesday, February 22, 2017. Please see: The AMC 10/12 Contests at Montgomery College on February 7, 2017, and February 15, 2017

Weekly Homework:

At least 3 hours per week. Problem sets include all problems from 34 past real AMC 10/12 test booklets, and 500 brand new problems having similar difficulty and style as the real AMC 10/12 problems, extracted from the licensed AMC Database. Each week, we will carefully review and check 2 students’ homework, and correct any mistakes. The next week, we will check another 2 students’ homework, and this will continue on a rotational basis until all students have had their homework checked at least once and the cycle will start again. Based on the work of the 2 students that week, we will provide the those 2 students with individualized proposal and support.

Qualifying AIME

Class Outline:

In the final sprint of AMC 10/12 preparation, we will focus on efficient tricks, shortcuts, and strategies to solve AMC problems as well as test-taking tactics. The emphasis of this class will be on comprehensive problem-solving, which are very common in competitive math. We will also help students develop quick problem solving strategies and effective time management skills.

Class Date Topic
1 12/4, Sun Functions, polynomials, equations, and Vieta’s formulas
2 12/11, Sun Comprehensive problem solving in inequalities, rationals, and quadratics
3 12/18, Sun Tricks and shortcuts for solving AMC counting and combinatorics problems
4 1/8, Sun The art and craft for solving AMC statistics and discrete probability problems
5 1/15, Sun Efficient strategies for testing primality and finding the prime factorization to solve AMC number theory problems
6 1/22, Sun Using area method and sophisticated algebra to solve geometry problems on the AMC
7 1/29, Sun  Mass Point Geometry and Barycentric Coordinates
8 2/5, Sun Most commonly used methods to draw auxiliary lines, and applying the ruler, protractor, and compass to solve geometry problems (See for more details: Optimal Strategies to Solve Hard AMC Geometry Problems)
9 2/12, Sun Number bases, modular arithmetic, integer divisions, and linear congruences at the heart of a great many AMC problems

Small-sized Class Teaching Model: 
We utilize the highly effective small-sized class teaching model. Smaller classes lead to pupils receiving more individual attention from teachers, and having more active interactions with them. We focus on every individual, not the whole class. Students will thrive from the smaller class sizes that allow them to reach their full potential. Particularly, students can benefit tremendously from high-frequent individualized student-teacher interactions leading to establishment of a stronger foundation for lifelong learning.

Our main purpose is to help our students gain deeper understanding of the fundamental math concepts, build a solid foundation in math, and develop the critical thinking and problem-solving skills that are so valuable to success in any career. We are big believers in the FUNDAMENTALS! Our students will receive the LIFELONG BENEFITS from learning math.

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Regardless of his/her math level, each student will have the opportunity to learn math in a fun, friendly, cooperative, supportive learning environment. The most important thing is to have fun.

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Our Students

In 2016, we have 36 students who are qualified to take AIME either through AMC 10A/12A or AMC 10B/12B. One of our students was among the 23Perfect Scorers worldwide on the AMC 10A: Joel (Junyao) T. Particularly, seven middle schoolers and one elementary schooler qualified for the AIME, which is geared toward high school students. Pravalika P., a 6th grader, got a 115.5 out of 150 on the AMC10B, which is very impressive. Read more at: 2016 AIME Qualifiers Announced — 36 Students Qualified for AIME

From 2011 to 2015, in total, 37 students scored above 120 on the American Mathematics Contest 10 (AMC 10) and qualified for the American Invitational Mathematics Examination (AIME); 26 students scored above 100 on the American Mathematics Contest 12 (AMC 12) and qualified for the American Invitational Mathematics Examination (AIME); 3 students qualified for the USA Mathematical Olympiad (USAMO), the highest level of math competition for high school students in the USA. Read more at: Notable Achievements of Our Students

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Our Uniqueness

We have a long history of close collaboration with the MAA‘s American Mathematics Competitions (AMC), which are dedicated to strengthening the mathematical capabilities of our nation’s youth, and are the first of a series of competitions in high school mathematics that determine the United States team for the International Mathematical Olympiad (IMO).

We are only one in the Washington DC metropolitan area to offer elementary, middle, and high-school level competition math courses. Our students have received top scores and awards at prestigious national and math competitions. We have collected 116 full-length real AMC 10/12 problems sets containing 2,960 problems, as described in the article “116 Full-length Real AMC Problems Sets are a Golden Resource to Our AMC 10/12 Prep Program.” Particularly, we have extracted additional 3,000 brand new problems at the level of the AMC 10/12, from the licensed AMC Database. In addition, we have also collected all AMC8/10/12 and AIME Official Solutions as shown in the article “American Mathematics Competitions (AMC) Materials.” All these materials have formed a golden resource for our students, who are the ultimate beneficiaries.

Click HERE find out more about Math Competitions!

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education priceless treasure

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