2022 December Holiday Program – Get Ready for 2023!

Got a Plan? Work with us towards your [ Goal in 2023 ] this coming November – December School Holidays!

Our Year End Holiday Program is back to prepare students for the upcoming school year!

21 Nov to 16 Dec 2022, Mondays to Fridays

Explore courses at our 2022 Year End Holiday Class Schedule!

– Get 10% discount on a full-course payment made by 14 Nov 2022, sign up early!

Hello Students!

School holidays are just around the corner and we are excited to invite you to join our December School Holiday Program because… Learning is inspiring and just like life, we never stop teaching!

What You Can Expect 🙂

• Concepts taught with worked examples by tutor before students attempt related questions…
• Materials crafted to enhance creativity in problem solving…
• Transferable problem solving skills…
• Lessons made comprehensive for learning!
• Hybrid lessons are available too!

P6 Problem Solving Heuristic / PSLE A* Achievers (Math)

This course is a head-start in school syllabus P6 math curriculum for prospective P6 pupils. This will be a good time to revise and pick up skills to tackle higher-order challenging heuristic and non-routine problems, getting a competitive edge among your peers before the bustling year begins.

Topics covered include; 4 Operations in Algebraic Expressions, Problems involving Fractions/Ratio/Decimal/Percentage, Circles, Rate & Speed

P4, P5 and P6 Fusion Math (preparing for NMOS/ RIPMWC/ SMOPS)

This enrichment program is structured for students who want to challenge themselves on the advance content in the mathematics discipline and build a versatile skill set in high order problem solving, with objectives to clinch high tier awards in the local Math Olympiad competitions.

Hwa Chong Institution – Singapore Mathematical Olympiad for Primary Schools (SMOPS) – (2022 link) for P5 & P6 students in 2023

Raffles Institution Primary Mathematics World Contest (RIPMWC) – (2022 link) for P4, P5 & P6 students in 2023

NUS High School of Math & Science – National Mathematical Olympiad of Singapore (NMOS) for P4 & P5 students in 2023

ACSI Annual Mathlympics for all Singapore Primary Schools – (2022 link) for P4 & P5 students in 2023

Gauss Contest for P3 to P6; Sec 1 & 2 students: May 2023

Australian Mathematics Competition for P3 to P6; Sec 1 to 4 students: Jul/ Aug 2023

Science Program

The Science program stresses on the content and its delivery in an engaging manner. Hands-on experiments will be carried out during school holiday programs to build up pupil’s experimental knowledge.

Available levels: Primary 4 (Experimental Learning on Heat & Light Energy), Primary 5 (Experimental Learning on Electricity), Primary 6 (Experimental Learning on Forces & Energy)

Advanced Science for Competition Training – SPSO P4 & P5 / DSA Advanced Science – P5 & P6

The courses listed are offered to students who will be participating in the Singapore Primary Science Olympiad (SPSO), as well as prospective P6 students who will be sitting for the Year 1 admission (science) test to NUS High School of Math & Science in 2023. Click here – (2022 link) to find out more about admission to Year 1 (NUS High School of Math & Science). We welcome prospective P5 students to join this program as well, as an early preparation for upcoming written selection test(s) in their P6 year.

NUS High School of Math & Science – Singapore Primary Science Olympiad (SPSO) – (2022 link) for P4 & P5 students in 2023

Advanced Science by Topic – SPSO P4 & P5 (2022 Year-End Holiday Training Class)

Range of topics selected: Cell Structure & Organisation, Physiology, Digestive System, Transport in Animals, Science Skills & Methodology, Thermal Properties, Transformation of Matter, Acids & Alkalis, Environment Issues & Technology Development, Reflection & Refraction of Light, Solar System & Planet Earth, Magnetism, Electricity

At Math Arena, content of the DSA Advanced Science course is divided into 2 modules:

Module 1: Biology (5-day Program)

Topics covered include; From Cells to Systems, Diffusion & Osmosis, Enzymes, General Health, Human Anatomy, Genetics & Heredity, Ecosystem

Module 2: Physics (5-day Program)

Physics topics include: Physical Quantities, Measurements & Conversion, Graphs of Kinematics, Mass, Weight & Density, Thermal Energy, Sound Energy, Force & Pressure, Light (Reflection, Refraction, Colours & Lens), Current & Practical Electricity

Module 3: Chemistry (5-day Program)

Chemistry topics include: Periodicity of Elements, Compounds & Mixtures, Kinetic Particle Theory, Atomic Structure & Chemical Bonding, Common Chemical Reactions, Separation Techniques

Should you have any further query regarding registratio

n or lesson schedule, kindly send them to enquiries.maec@gmail.com.

Our Opening Hours

Year End School Holidays (21 Nov to 16 Dec 2022)

Mondays to Fridays from 10:00 am to 5:00 pm

Our premises will be opened from 9:45 am onwards. (Closed on Saturdays and Sundays, from 17 Dec 2022 till 03 Jan 2023)

Interested in our 2023 School Term Weekly Classes? Check out our 2023 Semester 1 Class Schedule!

– Get 10% discount on a full-course payment made by 05 Jan 2023!

2023 School Terms 1 & 2:

Tuesdays to Fridays from 3 pm to 9 pm

Saturdays from 9:30 am to 6 pm

Sundays from 11:30 am to 6 pm

(Closed on Mondays, Chinese New Year from 21 Jan to 24 Jan 2023, March Holidays from 18 Mar to 19 Mar 2023, Good Friday 07 Apr 2023, Hari Raya Puasa 22 Apr 2023 and Labour Day 01 May 2023)

— updated since 27 Oct 2022

Science in Motion

Math Arena will be conducting an experimental learning program: Science in Motion, on 25th May 2014 (Sunday). The key objective of this program is to draw students’ curiosity and abilities into a proper experiment class where they learn and utilize experimental skills to discover science concepts themselves, as well as to answer conceptual questions with proper techniques.
1. Magnetism and electricity play important roles in our daily lives. Both are also closely related in many useful applications we see every day. Learn how you can magnetize a steel rule with 3 magnetic poles and use a magnetic north pole to attract another magnetic north pole. Charging and supporting a small battery unit becomes an easy feat when you understand how and why certain liquids and solutions are able to produce an electrical current, just like an electrical cell.

 

2. Energy comes in several forms, one of which is heat. See how heat can be connected to some complex science phenomenon. Observe and explain why we can use our wet fingers to extinguish a candle’s flame without feeling much heat sensation on your fingers. Trace the knowledge you have to further depths using concepts taught in school to explain such phenomenon beyond the school syllabus.
3. Force and pressure can help us do work and hence, are also linked to forms of energy. Watch what you can do to ice and water at pressure lower than ambient pressure. There are several experiments you can perform related to atmospheric pressure!

 

Refer-to-a-Friend Discount!  Each participating student will receive a 10% discount.

Sneak-Peek Discount!  Students who have joined our March sneak peek on 2^nd March will receive a 15% discount each.

 

Gross Fee: $110

Date, Time, Venue: 25^th May 2014, 3 pm to 6 pm @ Math Arena

 

Students will be required to hands-on the experiments themselves and discuss answers on worksheets with their classmates in groups. Exams aside, a good learning habit is crucial to every student’s development in the future. Exams are merely complements to the learning journeys, putting part of their skills to the test. We want students to never stop learning given their strong passion in the science fields.

 

Should you have further query regarding the Science in Motion program, please do not hesitate to call us (6783 3218 / 6781 9325 / 8121 6628) during our office hours (Tuesdays to Fridays 4 – 9 pm, Saturdays and Sundays 9am – 5 pm).

Develop your child’s ability to learn skills and knowledge that will last long in his or her learning journey. Discover Science in Motion at Math Arena today!

Latest Update : Afternoon Mentoring and Exam Preparation

Dear Parents and Pupils,

In view of your requests for additional coaching sessions in preparation for the coming exams, Math Arena will be making our afternoon mentoring sessions available on more afternoons. You can now come in on:

Days: Tuesday, Wednesday, Thursday and Friday

Time: 4pm to 5.30pm

Subjects: Primary syllabus Math; Secondary syllabus Math; Secondary syllabus Science

Fee: $50/session for Primary level ; $60/session for Secondary level

$25/session for pupils who are already in our Semester weekly classes

Pupils are strongly encouraged to bring the “nagging” questions to us so that our trainers can clarify all your doubts before they “snowball”.

These mentoring sessions are available by prior arrangement only. Please call our admin at 6783 3218/6781 9325 to register for a minimum of 4 sessions.

Email us!

 

Mentoring Session Dates

Tuesdays       April 22, 29, May 6, 20

Wednesdays     April 16, 23, 30, May 7, 14, 21

Thursdays     April 17, 24, May 8, 15, 22

Fridays          April 25, May 2, 9, 16, 23

Science in Motion March Holiday Program — 20th and 21st March 2014

Learn science concepts through experiments and strengthen your foundation in Science.

P5 & P6 Science in Motion
Date:20-21 March
Time: 10am-1pm
Fee: $240

Sec 1 & 2 Science in Motion
Date:20-21 March
Time: 2-5pm
Fee: $240

Attend the sneak peek workshop this Sunday, 2 March from 3 pm to 5 pm and enjoy 15% discount for the Science in Motion March Holiday program. Let’s learn Science the FUN way!

2013 Year End Holiday Program Highlights!

Looking for Head-Start enrichment or syllabus classes for your child? Our November – December Holiday Program provides classes to prepare your child for the upcoming academic year!

November 18 to December 20, Mondays to Fridays

Check out our Year-End Holiday Schedule at Math Arena now!

 

 

Dear Parents,

Time flies. Days pass us by quickly. The holidays are almost upon us again. This means, it is time for fun and joy for our precious ones!

We are excited to invite you to participate in our Year End Holiday Programme. As always, our holiday programme is designed to bring passion in learning, inspiration in achieving, …. to your child.

PSLE A* Achievers

This course is a head-start class for P5 pupils going to P6 next year. Before the busy P6 year begins, they can start to learn skills to handle higher-order challenging problems during the holidays.

Fusion Math

This enrichment course is meant for students who are keen to take on advanced learning in Mathematics, as well as to build a strong foundation in topics in line with Mathematics competitions.  Students will learn essential skills which are eventually useful for them as they tackle problems involving mathematical thinking.

Fusion Math P6

This programme is designed to enhance Math Olympiad skills in pupils who are interested to take part in the Singapore Mathematical Olympiad for Primary Schools (SMOPS) competition at the age of 12. This competition is organised by Hwa Chong Institution.

Fusion Math S1 / IP Mathematics

This course comprises two modules which cover the prominent topics in the lower secondary Mathematics/IP Mathematics (Integrated Programme) syllabus such as algebra and analytical geometry.  Click here to find out more about this course.

IQ Mathematics

This programme is meant for the younger ones (ages 6 – 8) to acquire numerical skills in a fun and lively way.  We have IQ quizzes to enhance pupils’ Mathematical intelligence and flexibility in thinking; hands-on activities to make math concrete and realistic, to understand geometric shapes and handle computations.

Science Program

Science classes are available for Primary 3 to 6 students. Our strength is in the content and delivery of the lessons in an engaging manner. Hands-on experiments will be carried out during holidays to build up pupils’ experimental knowledge.

DSA Advanced Science P6

This course is offered to students who wish to advance their learning in the Sciences.  Click here to find out more about the MOE DSA-Sec (Direct School Admission) Exercise.

At Math Arena, the content of the DSA Advanced Science course is divided into 3 phases:

Phase 1: 2013 Year-End Holiday Program (5 lessons)

Phase 2: 2014 Semester 1 Weekly Class (11 lessons)

Phase 3: 2014 June Holiday Program (5 lessons)

Interested to sign up for our weekly classes in the next academic semester?  Check out our lesson schedule for 2014 Semester 1!

Should you have any further query regarding registration or lesson schedule, please feel free to call us at 6783 3218 / 6781 9325 / 8121 6628 (SMS) or send email to us.

Solution to Weekly Prized Science Hub Challenge (19 October)

As a kitchen utensil specialist in IQEA, Lily intends to create a cooking pot which is able to cook food at a rapid rate. She then investigates two cooking pots made of the same material. She puts water and a piece of carrot into the pots, covers them with lids, and turns on the stove.

(a) Besides material of the cooking pots, which other variables should be kept constant to ensure the fairness of this experiment? Give 5 options.

ANSWER

Quote:

1. The volume of water (which is sufficient to cover the carrot)
2. The mass of carrot
3. The temperature of stove
4. The length of metal plate of stove
5. The thickness of pot

(b) Based on your hypothesis, which carrot would be cooked at a faster rate? Explain why.

ANSWER

Quote:

Carrot in Set-Up B would be cooked the fastest.
The reason is because the base of cooking pot B provides greater surface area in direct contact with metal plate of the stove. It allows cooking pot B to gain heat from the stove the fastest and helps the carrot to be cooked the fastest.

EXPLANATION

Quote:

Set-Up A has lesser surface area in direct contact with the stove due to the presence of gapson its base.

COMMON MISTAKE

Quote:

Set-Up B has more surface area than Set-Up A.

 Set-up B has less exposed surface area to the heat than Set-Up A does. But it has more surface area in direct contact with the stove compared to Set-Up A.

(c) However, after a while, Lily finds out that the carrots from both setups are still half-cooked. Besides increasing the hotness of stove, what can she do to increase the rate of cooking? Explain.

ANSWER #1

Quote:

By keeping the mass of carrot from each setup constant, she can chop off the carrots into smaller pieces. It aims to increase the exposed surface area of carrot with the surrounding boiling water. Thus, heat from water can be gained faster to increase the rate of carrots’ cooking.

EXPLANATION

Quote:

The differences between “surface area in direct contact with” and“exposed surface area” are :

ANSWER #2

Quote:

She can either use a pot which is made of better conductor of heat oruse a thinner pot. Hence, heat can be transferred from the stove to the water and carrot at a faster rate, allowing the carrot to be cooked faster.

COMMON MISTAKE

Quote:

In daily life, decreasing the volume of water may help to increase the temperature of water at a faster rate, allowing the carrot to be cooked in a shorter duration of time.

However, in this case the carrot is just nicely submerged in the water (look at the diagram above). Reducing the volume of water may not soak the carrot completely. Although the water boils faster, the carrot will not be cooked evenly.

If you need more assistance in solving the questions, please feel free to either send a private message or to post in our Facebook page: Science Hub on Facebook

Question from Weekly Prized Science Hub Challenge (19 October)

Closing Date: 31 October 2012

As a kitchen utensil specialist in IKEA, Lily intends to create a cooking pot which is able to cook food at a rapid rate. She then investigates two cooking pots

 made of the same material. She puts water and a piece of carrot into the pots, covers them with lids, and turns on the stove.

(a) Besides material of the cooking pots, which other variables should be kept constant to ensure the fairness of this experiment? Give 5 options.
(b) Based on your hypothesis, which carrot would be cooked at a faster rate? Explain why.
(c) However, after a while, Lily finds out that the carrots from both setups are still half-cooked. Besides increasing the hotness of stove, what can she do to increase the rate of cooking? Explain.