Math Kangaroo Grade 3–4: Complete Parent Guide (2027)
Math Kangaroo Grade 3–4, sometimes associated internationally with the Ecolier level, is an important transition point in elementary competition math. Students still solve accessible, puzzle-like problems, but the questions now require stronger reading, multi-step reasoning, arithmetic fluency, measurement skills, and the ability to organize several pieces of information at once. For the U.S. competition, Grades 3 and 4 use the Grade 3–4 test set. The test contains 24 multiple-choice questions in 75 minutes, with a maximum score of 96 points. Grade 3 and Grade 4 students are ranked separately by their actual school grade.
In the following article, WuKong Education will share the format, 2027 registration, Level 3–4 topics, difficulty changes from Grade 1–2, sample questions, past-paper strategy, a 6–8 week prep plan, score interpretation, and possible next steps.
2027 note: Dates, fees, competition rules, and award information below are based on the current official U.S. rules. Always verify final details at mathkangaroo.org before registration.
What Is Math Kangaroo Level 3–4 (Ecolier)?
Math Kangaroo is an international mathematics competition built around creative and non-routine problem solving rather than repetitive calculation.
More than 6 million students in over 120 countries participate worldwide.
At Level 3–4, students begin seeing a wider gap between ordinary school worksheets and competition questions.
A school assignment might ask:
348 + 275 = ?
A Math Kangaroo problem may instead give your child several prices, positions, shapes, or conditions and ask them to decide:
- which arrangement is possible;
- what the smallest or largest value could be;
- which measurement is missing;
- what happens after several steps;
- how a folded or rotated shape will look;
- or which information is actually needed.
The arithmetic itself is often manageable for a third- or fourth-grader.
The challenge is knowing what to do with information.
This is why a child who is fast at computation does not automatically find Math Kangaroo easy. A student who enjoys puzzles, notices patterns, draws diagrams, and checks different possibilities may perform just as well—or better.
In some international materials, Grades 3–4 are described as Ecolier. In the U.S. registration system. However, parents generally register children by their actual school grade.
Math Kangaroo Grade 3–4 Format at a Glance
Math Kangaroo Grade 3–4 uses the same scoring structure as Grades 1–2, but the problems require more steps and stronger reading.
| Item | Math Kangaroo Grade 3–4 | Maximum Score |
| Grade levels | Grade 3 and Grade 4 | 96 |
| Questions | $24 | 96 |
| Time | 75 minutes | 120 |
| Answer choices | 5 choices per question | Arithmetic relationships and number patterns remain important |
| Questions 1–8 | 3 points each | A largest value of 7 cannot produce a sum of 20 with three different positive integers, but 5 + 7 + 8 = 20. |
| Questions 9–16 | 4 points each | Mia will be 12. Leo is 16 now and will be 20. 12 + 20 = 32. |
| Questions 17–24 | 5 points each | 3 m = 300 cm; 300 – 75 – 40 = 185. |
| Maximum score | 96 | 9 × 7 = 63; 128 – 63 + 20 = 85. |
| Wrong-answer penalty | None | If all 12 were chickens, there would be 24 legs. The extra 8 legs represent four rabbits, since each rabbit adds two extra legs. |
| Calculator | Not allowed | Let the tens digit be 3. Then the hundreds digit is 6 and the ones digit is 6. 6 + 3 + 6 = 15. |
| Competition date in 2027 | Thursday, March 18, 2027 | |
| Grade 3 vs. Grade 4 | Same Grade 3–4 test set; rankings reported separately by grade |
Grades 1–4 receive 24 questions. One-third are worth 3 points, one-third 4 points, and one-third 5 points.
So the maximum score is:
8 × 3 + 8 × 4 + 8 × 5 = 96
There is no deduction for an incorrect answer.
National and state rankings are calculated separately at each school grade, so Grade 3 students compete in the Grade 3 ranking and Grade 4 students in the Grade 4 ranking.
Math Kangaroo Grade 3–4 vs. Grade 1–2
If your child is coming from Level 1–2, Grade 3–4 should feel like a natural step up rather than a completely different competition.
The biggest change is not one new formula. It is the number of things your child may need to manage at the same time. You can find specific information about Levels 1–2 in our previous article.
Larger Numbers and More Operations
Level 1–2 often stays close to basic counting and simple arithmetic.
At Level 3–4, students are more likely to combine:
- multi-digit addition and subtraction;
- multiplication;
- division;
- repeated operations;
- comparisons among several numbers.
A child may know every operation individually but still need practice deciding which operation to use first.
Measurement and Unit Conversion Matter More
Problems may involve:
- inches and feet;
- centimeters and meters;
- time;
- money;
- perimeter;
- lengths divided into several parts.
A common mistake is calculating before putting all measurements into compatible units.
Minimum and Maximum Problems Become More Important
A problem may ask:
- What is the smallest possible value?
- What is the largest possible number?
- What is the smallest number of moves?
- How many objects are needed at least?
These questions require more than arithmetic. Children must understand the constraint first.
Constraint Problems Become More Sophisticated
Level 3–4 includes more situations where several facts interact.
For example:
- age relationships;
- simple animal-and-leg problems;
- distributing objects among people;
- arranging children under several conditions.
Students usually do not need formal algebra.
They do need organized reasoning.
Word Problems Get Longer
The mathematical idea may still be elementary, but the question can contain two to four sentences.
That makes reading comprehension part of the competition.
A student who starts calculating after reading only the first sentence is likely to make unnecessary mistakes.
The simplest way to describe the transition is:
Level 1–2 often asks, “Can you spot the idea?” Level 3–4 increasingly asks, “Can you organize the information and then use the idea?”
Math Kangaroo Grade 3–4 vs. Grade 5–6
Parents sometimes assume every Math Kangaroo level has 24 questions.
That is not the case.
| Level | Questions | Maximum Score |
| Grades 1–2 | 24 | 96 |
| Grades 3–4 | 24 | 96 |
| Grades 5–6 | 30 | 120 |
Starting in Grade 5, students receive 30 questions and can earn up to 120 points.
So if your child is preparing for Level 3–4, make sure you use Grade 3–4 materials instead of accidentally choosing a Grade 5–6 test.
Math Kangaroo Grade 3–4 Key Dates & Registration 2027
For the 2027 U.S. competition, the current official schedule is:
| Date | What It Means |
| September 15, 2026 | Regular student registration opens |
| December 15, 2026 | Deadline for schools to apply to open a new center |
| December 31, 2026 | Regular student registration closes |
| January 1, 2027 | Late registration begins |
| February 1, 2027 | Late registration closes |
| March 18, 2027 | Competition day |
The current official fee is:
| Registration Period | Fee |
| September 15–December 31, 2026 | $20 |
| January 1–February 1, 2027 | $35 |
One date is easy to misunderstand: December 15 is not the regular student registration deadline.
December 15 is the deadline for schools to establish a new center. Regular student registration remains open through December 31, subject to available seats.
How to Register Math Kangaroo Grade 3–4 in 5 Steps
Step 1: Open the official registration system.
Start at mathkangaroo.org.
Step 2: Look for your child’s school or a nearby center.
Some schools operate Private Centers, which may restrict registration to their own students.
Step 3: Search for a Public Center if needed.
Public Centers may accept students from other schools, subject to available capacity.
Step 4: Register at the appropriate grade level.
Participation normally follows the student’s actual school grade. Math Kangaroo allows participation above a student’s grade, but not below it.
Step 5: Confirm the test format, location, and proctoring details before paying.
Center arrangements may differ, so do not assume every in-person or online option works in exactly the same way.
Popular centers may fill before the regular deadline. If you already know where you want your child to test, I would not wait until late December.
Understanding Math Kangaroo Grade 3–4 Scores: Percentile vs. Score Cutoffs
Score cutoff: A specific raw score used as a threshold for an award or recognition in a particular year. It can change from year to year.
Percentile: Shows how a student’s score compares with other students in the same grade. For example, the 90th percentile means the student scored higher than approximately 90% of participating students.
| Year | Top Score | National Top 20 Cutoff | Percentile at the Cutoff |
| 2024 | 96 | 75 | 89.7th |
| 2025 | 96 | 75 | 77.5th |
| 2026 | 96 | 75* | — |
For example, in the 2025 Grade 3 national ranking, a score of 84 corresponded to the 90th percentile, while 72 corresponded to the 72.4th percentile and 60 to the 52.7th percentile. This illustrates why a raw score should always be considered alongside its percentile.
What Historical Results Tell Parents
| National Percentile | How to Interpret It |
| 90th+ percentile | Scored higher than approximately 90% of students in the same grade |
| 75th–89th percentile | Above the majority of participating students |
| 50th–74th percentile | Around or above the middle of the participant group |
| Below 50th percentile | Scored below the middle of the participant group |
2026 Math Kangaroo Grade 3–4 Paper: What the Questions Tested
The 2026 Grade 3–4 paper covered a broad mix of number sense, arithmetic, patterns, geometry, measurement, counting, spatial reasoning, and logic.
Several questions required students to go beyond direct calculation. They had to identify patterns, interpret conditions, visualize relationships, or combine multiple steps to reach an answer.
| Question Type | Skills Tested |
| Number & Arithmetic | Number relationships and efficient calculation |
| Patterns | Recognizing sequences and mathematical rules |
| Geometry & Measurement | Visual reasoning, shapes, lengths, and areas |
| Logic & Deduction | Using conditions to eliminate possibilities |
| Counting & Combinations | Organizing possibilities systematically |
What this means for preparation: Students should practice unfamiliar, multi-step problems regularly—not just basic calculations. The 2026 paper shows that recognizing relationships and choosing an efficient strategy are central to Grade 3–4 Math Kangaroo success.
The 8 Most Common Question Types On Math Kangaroo Grade 3–4
The categories below are not rigid. One question may combine several skills.
Still, these eight types give parents a useful picture of what to practice.
3-Point Type 1: Arithmetic and Number Sense
Mini example
A box contains 125 red beads and 87 blue beads. Mia removes 40 beads.
How many beads are left?
A. 132
B. 152
C. 172
D. 212
E. 252
Answer: C
125 + 87 = 212
212 - 40 = 172
Tip: Read the whole question before deciding which numbers to combine.
3-Point Type 2: Shape and Number Patterns
A pattern repeats:
■ ▲ ▲ ■ ▲ ▲ ■ ...
What is the 10th shape?
A. ■
B. ▲
C. ●
D. ◆
E. ○
Answer: A
The block ■ ▲ ▲ repeats every 3 positions.
Positions 1, 4, 7, and 10 are squares.
Tip: Find the length of the repeating block first.
4-Point Type 3: Rotation and Folding
A card has an arrow pointing upward. The card is rotated clockwise 90° twice.
Which way does the arrow point?
A. Up
B. Down
C. Left
D. Right
E. Northeast
Answer: B
Two quarter-turns equal 180°.
Tip: Draw each turn if visualizing the rotation becomes confusing.
4-Point Type 4: Position and Order
Ella is 7th from the front of a line. Noah is 4 places behind Ella.
What position is Noah from the front?
A. 9th
B. 10th
C. 11th
D. 12th
E. 13th
Answer: C
7 + 4 = 11
Tip: Draw circles for people when words such as ahead, behind, and between become difficult.
4-Point Type 5: Minimum and Maximum
Three different positive whole numbers add to 20.
What is the smallest possible value of the largest number?
A. 6
B. 7
C. 8
D. 9
E. 10
Answer: C
If the largest number were 7, the greatest total from three different positive integers no larger than 7 would be:
5 + 6 + 7 = 18
That is not enough.
But:
5 + 7 + 8 = 20
So 8 is possible.
Tip: For min/max questions, test the boundary instead of guessing random examples.
5-Point Type 6: Age and Constraint Problems
Maya is 8 years old. Her brother is 8 years older.
What will their ages add to four years from now?
A. 28
B. 30
C. 32
D. 34
E. 36
Answer: C
Maya will be 12.
Her brother is now 16, so he will be 20.
12 + 20 = 32
Tip: Make a simple “now / later” table.
5-Point Type 7: Measurement and Conversion
A ribbon is 3 meters long. Lina cuts off 75 centimeters.
How many centimeters remain?
A. 125
B. 175
C. 200
D. 225
E. 275
Answer: D
3 m = 300 cm
300 - 75 = 225 cm
Tip: Convert units before calculating.
5-Point Type 8: Multi-Step Word Problems
A library receives 128 new books. It places 27 books on each of three shelves.
How many books remain?
A. 37
B. 47
C. 54
D. 74
E. 101
Answer: B
27 × 3 = 81
128 - 81 = 47
Tip: Write one calculation per step instead of trying to solve the entire story mentally.
How to Tackle Word Problems On Math Kangaroo Grade 3–4
For many Level 3–4 students, the biggest improvement comes from better reading rather than faster arithmetic.
Use this routine.
Step 1: Circle the Key Information
Look for:
- quantities;
- units;
- words such as more, fewer, left, total, each, at least, least, greatest;
- the question being asked.
Do not circle every number automatically. Sometimes a question contains information that is not needed.
Step 2: Retell and Draw the Situation
Ask your child:
“What is happening in this problem?”
If the question describes rows, draw rows.
If it describes jumps, draw a number line.
If it compares ages, write the ages side by side.
If your child cannot explain the situation clearly, calculation should wait.
Step 3: Break the Problem Into Steps and Check
Consider this example:
A school collected 92 cans on Monday. On Tuesday, students collected 28 fewer cans than on Monday. They packed all the cans equally into 6 boxes. How many cans went into each box?
Step 1: Find Tuesday’s amount.
92 - 28 = 64
Step 2: Find the total number of cans.
92 + 64 = 156
Step 3: Divide among six boxes.
156 ÷ 6 = 26
Answer: 26 cans per box
Now check:
26 × 6 = 156
The routine is:
Circle → Retell or Draw → Solve in Steps → Check
This is much more useful than simply telling a child to “read more carefully.”
10 Sample Questions for Math Kangaroo Grades 3–4
The following Math Kangaroo Level 3–4 sample questions are original WuKong practice problems inspired by the reasoning style of the competition.
They are not past Math Kangaroo questions.
The set contains:
- 4 questions modeled on 3-point difficulty;
- 4 questions modeled on 4-point difficulty;
- 2 questions modeled on 5-point difficulty.
3-Point Questions
Question 1 — Number Sense
A school store had 248 pencils. It sold 37 pencils in the morning and received 25 new pencils in the afternoon.
How many pencils does the store have now?
A. 211
B. 224
C. 236
D. 260
E. 310
Question 2 — Number Pattern
What number comes next?
4, 7, 13, 22, 34, ?
A. 43
B. 46
C. 47
D. 49
E. 52
Question 3 — Geometry
A rectangle is divided into 6 × 4 equal unit squares.
Four corner squares are removed.
How many unit squares remain?
A. 16
B. 18
C. 20
D. 22
E. 24
Question 4 — Position
Emma is 8th in a line. Liam is exactly 5 places behind Emma.
What is Liam’s position from the front?
A. 11th
B. 12th
C. 13th
D. 14th
E. 15th
4-Point Questions
Question 5 — Minimum Value
Three different positive whole numbers have a sum of 20.
What is the smallest possible value of the largest number?
A. 6
B. 7
C. 8
D. 9
E. 10
Question 6 — Age Problem
Mia is 8 years old. Her brother Leo is twice her age.
Four years from now, what will their ages add to?
A. 28
B. 30
C. 32
D. 34
E. 36
Question 7 — Measurement
A rope is 3 meters long.
Ava cuts off 75 centimeters and then another 40 centimeters.
How many centimeters of rope remain?
A. 175
B. 185
C. 195
D. 205
E. 225
Question 8 — Multi-Step Word Problem
A teacher has 128 stickers. She gives 9 stickers to each of 7 students and then buys 20 more stickers.
How many stickers does she have now?
A. 65
B. 75
C. 85
D. 91
E. 105
5-Point Questions
Question 9 — Chickens and Rabbits
There are 12 animals in a pen. Every animal is either a chicken or a rabbit.
Together they have 32 legs.
How many rabbits are there?
A. 2
B. 3
C. 4
D. 5
E. 6
Question 10 — Digit Logic
A three-digit number has these properties:
- its hundreds digit is twice its tens digit;
- its ones digit is 3 more than its tens digit;
- the three digits add to 15.
What is the number?
A. 426
B. 525
C. 636
D. 747
E. 848
Answers and Explanations
| Question | Answer | Explanation |
| 1 | C — 236 | 248 – 37 + 25 = 236 |
| 2 | D — 49 | The differences are +3, +6, +9, +12; the next difference is +15, so 34 + 15 = 49. |
| 3 | C — 20 | 6 × 4 = 24, then remove four corner squares: 24 – 4 = 20. |
| 4 | C — 13th | Five places behind 8th is 8 + 5 = 13. |
| 5 | C — 8 | A largest value of 7 cannot produce a sum of 20 with three different positive integers, but 5 + 7 + 8 = 20. |
| 6 | C — 32 | Mia will be 12. Leo is 16 now and will be 20. 12 + 20 = 32. |
| 7 | B — 185 | 3 m = 300 cm; 300 – 75 – 40 = 185. |
| 8 | C — 85 | 9 × 7 = 63; 128 – 63 + 20 = 85. |
| 9 | C — 4 | If all 12 were chickens, there would be 24 legs. The extra 8 legs represent four rabbits, since each rabbit adds two extra legs. |
| 10 | C — 636 | Let the tens digit be 3. Then the hundreds digit is 6 and the ones digit is 6. 6 + 3 + 6 = 15. |
Download 50 more Grade 3–4 questions — free printable PDF.
Once your child understands the major question styles, add official past papers so they become familiar with real competition wording, visuals, and pacing.
How to Use Past Papers Of Math Kangaroo Grades 3–4 the Right Way
Past papers are valuable only when children learn from them.
For most Grade 3–4 students, I recommend:
3–5 complete past papers—not 15 or 20 rushed papers.
Stage 1: Practice by Difficulty
Before timing a complete test, divide practice into:
- 3-point questions;
- 4-point questions;
- 5-point questions.
First, make sure your child can solve the more accessible 3-point questions consistently.
Then move toward the middle section.
Only after that should difficult 5-point questions become a major focus.
Stage 2: Take Full Practice Tests
A Math Kangaroo Grade 3–4 practice test becomes useful once your child knows the basic formats.
Try one full paper under a 75-minute time limit.
Do not interrupt to teach during the test.
You want to see how your child handles:
- time;
- longer reading;
- uncertainty;
- difficult questions;
- five answer choices.
Stage 3: Review Errors by Cause
Use a simple error log.
| Error Type | What Happened | What to Practice |
| Reading | Misread a word, unit, or condition | Underline key information |
| Method | Did not know how to begin | Practice drawing, tables, testing cases, or working backward |
| Calculation | Method was correct but arithmetic failed | Slow down and check calculations |
| Time | Could solve the question but spent too long | Practice skipping and returning |
This distinction matters.
A child who misses four questions for four different reasons needs four different solutions.
Simply writing “wrong” next to all four questions teaches very little.
A 6–8 Week Prep Plan for Math Kangaroo Grades 3–4
For most Grade 3–4 students with solid school-math foundations, 6–8 weeks is enough.
Preparation should improve thinking without making the competition feel like another full school subject.
Math Kangaroo Grade 3–4 Prep Plan
| Week | Main Goal | Suggested Work |
| Week 1 | Learn the format | 10–15 mixed 3-point questions |
| Week 2 | Number sense & patterns | 15–20 targeted problems |
| Week 3 | Geometry & spatial reasoning | Rotation, tiles, shapes, measurement |
| Week 4 | Word problems | Multi-step reading, drawing, and modeling |
| Week 5 | Logic & min/max | Constraints, ordering, ages, minimum/maximum |
| Week 6 | First full paper | One 75-minute Grade 3–4 practice test |
| Week 7 | Error review | Redo missed problems + another paper |
| Week 8 | Light review | Short mixed practice; reduce workload |
How Much Practice Is Enough?
A practical target is:
15–20 focused problems per week plus 3–5 complete past papers across the whole preparation period.
For many children, that is enough.
I would rather see a student understand why 60 carefully chosen problems were difficult than rush through 400 problems without reflection.
Do Not Turn Preparation Into Speed Drills
Fast arithmetic can help.
But Math Kangaroo is not a multiplication-fact race.
Speed drills alone do not prepare children for:
- logical constraints;
- rotations;
- minimum-value problems;
- reading-heavy questions;
- multi-step reasoning.
Reduce Work in the Final Week
Do not suddenly double practice during the last seven days.
Use:
- one short mixed set;
- a few familiar puzzles;
- selected questions from the error log.
Sleep and confidence matter more than squeezing in one extra full paper.
What Is a Good Score at Math Kangaroo Grades 3–4?
There is no universal official score that automatically means “good.”
Math Kangaroo rankings depend on the student’s grade and performance in that year’s competition.
For practice, however, parents can use broad score ranges to understand progress.
Informal Practice Score Guide
| Practice Score | Share of 96 | Practical Interpretation |
| Below 40 | Below 42% | Still learning how competition-style questions work |
| 40+ | 42%+ | Handles many accessible questions |
| 60+ | 63%+ | Solid performance across easy and medium questions |
| 80+ | 83%+ | Strong practice performance with success on harder questions |
| 96 | 100% | Perfect score |
These are not official award cutoffs or percentile predictions.
A score of 60 can mean something different from one year to another because paper difficulty and the national score distribution change.
Math Kangaroo Award Structure
| Recognition | U.S. Award Structure |
| National Rank 1 | Gold Medal |
| National Rank 2 | Silver Medal |
| National Rank 3 | Bronze Medal |
| National Top 20 | National winner recognition |
| State Rank 1 | Blue Ribbon |
| State Rank 2 | Red Ribbon |
| State Rank 3 | White Ribbon |
| Participants | Participation items and certificates depend on the competition year |
Math Kangaroo recognizes the 20 highest scores at each grade nationally and the three highest scores at each grade within each state.
Because ties are possible, many students may share the same rank.
For example, if multiple Grade 3 students receive the highest score, they can all receive National Rank 1.
Participant gifts can change from year to year. Parents should not assume a specific 2027 item such as a T-shirt unless it is explicitly listed in that year’s official materials.
Why Every Question Should Be Answered
There is no penalty for an incorrect answer.
That makes the final-minute strategy simple:
- answer every problem your child can solve;
- eliminate obviously impossible choices on the remaining questions;
- make the best choice rather than leaving an answer blank.
When Are Results Released?
Math Kangaroo currently states that the answer key is released about one month after the competition and results are expected on or before May 1 in the student’s registration account.
Math Kangaroo vs MOEMS: Which Comes Next?
By Grade 4, some families begin considering more than one math competition.
One possible option is MOEMS Division E, which serves students in Grades 4–6.
The formats are quite different.
| Feature | Math Kangaroo Grade 3–4 | MOEMS Division E |
| Typical grades | Grades 3–4 | Grades 4–6 |
| Competition structure | One annual competition | Five contests |
| Season | March | November–March |
| Questions | 24 multiple choice | 5 problems per contest |
| Test length | 75 minutes | 30 minutes per contest |
| Main emphasis | Broad mix of visual, logical, numerical and word problems | Repeated short problem-solving contests |
For the 2026–27 MOEMS season, the five contest windows run from November 2026 through March 2027.
That means a fourth-grader can participate in both if the workload remains comfortable.
You do not need to decide that one is universally “better.”
A reasonable progression could look like:
Math Kangaroo Grade 1–2
↓
Math Kangaroo Grade 3–4
↓
Grade 4: Math Kangaroo + optional MOEMS
↓
Grades 5–6 competition problem solving
↓
Middle-school competition math
↓
AMC 8
The important question is whether your child still enjoys unfamiliar problems.
Do not add competitions simply to build a longer activity list.
FAQs
Q1: Does Math Kangaroo Grade 3–4 have 24 or 30 questions?
It has 24 questions.
Grades 1–4 receive 24 questions and have a maximum score of 96.
Grades 5–12 receive 30 questions and have a maximum score of 120.
Q2: Do Grade 3 and Grade 4 students take the same test?
Math Kangaroo organizes the competition materials as a combined Grades 3–4 test set.
However, Grade 3 and Grade 4 students are ranked separately within their actual grade.
Q3: How much does Math Kangaroo cost in 2027?
The current U.S. registration fees are:
- $20 during regular registration from September 15 through December 31, 2026;
- $35 during late registration from January 1 through February 1, 2027.
Check mathkangaroo.org before payment in case the official policy changes.
Conclusion
Math Kangaroo Grade 3–4 is an important transition level. The test still contains 24 questions with a maximum score of 96, but students now face longer word problems, stronger logical constraints, measurement and unit conversion, and more multi-step thinking than at Level 1–2. That is why word problems and reasoning—not speed drills—should be central to preparation. For most children, six to eight weeks and three to five carefully reviewed past papers are enough. And because wrong answers do not lose points, your child should make a choice on all 24 questions before time runs out.
To start without overloading your child, download our free Math Kangaroo Grade 3–4 practice PDF and use the results to identify the two or three skills worth practicing next.
Learn authentic Chinese from those who live and breathe the culture.
Specially tailored for kids aged 3-18 around the world!
Get started free!
I am an educator from Yale University with ten years of experience in mathematics education, including extensive hands-on experience preparing students for the SAT Math section. I believe that my professional expertise and refined teaching approach will allow me to make a meaningful contribution to the growth of Wukong Education. Within this community, I look forward to sharing insights on children’s educational psychology and effective learning strategies, with the hope of providing quality learning resources that help more children grow into confident, capable learners.
Comments0
Comments