SPM Physics-AHA! Physics Hacks — Score Every One-Mark Penalty Kick

In SPM Physics, students often overlook the importance of one-mark definition questions. Yet, these “small marks” are like penalty kicks in football — precise, technical, and decisive. This comic reveals the S.T.E.P. Rule: State directly, use Tendency, include Exact keywords, and stay Physics-rooted. Missing one keyword is like hitting the goalpost — the mark slips away. Start Small, Think Big means recognizing that every single mark matters. One mark may seem small, but together they build the foundation for an A+. By mastering definitions, students grow deeper in physics understanding and exam confidence. Quick Fact: In Malaysia’s SPM grading system, the difference between an A and an A+ can be just a handful of marks. That’s why one-mark questions are golden opportunities — small steps that lead to big success. Join the AHA moment where football meets physics, and exam hacks become life lessons: Not by sight, but by INSIGHT.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

AHA! From MIT to Malaysia: A Postcard Lesson

 

Last week, one of my physics students returned from the MIT App Inventor Global Education Summit 2026 in the United States. She brought me two postcards and asked, “Cikgu, what does this equation mean?” At first glance, it looked confusing — mixing Einstein’s mass-energy equivalence with the Ideal Gas Law. But after careful decoding, I realized the hidden message spelled MIT.

This postcard became a perfect reflection of my teaching philosophy: AHA! Physics Moments. It shows that true learning is not about memorizing formulas, but about discovering hidden meanings. Not by sight, but by INSIGHT — seeing what cannot be seen is the real vision. With the postcards and my comic side by side, I want to record this story in my blog as a reminder: physics is not just equations, it is a way of uncovering deeper truths.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Why Police Jet Skis Master Rough Seas

 

At exhibitions, students marvel at police jet skis and wonder how they are designed for rough seas. This comic reveals the physics truth: V-shaped hulls cut through waves to reduce drag, hollow materials increase buoyant force, water jet propulsion provides thrust by Newton’s Third Law, and a lower center of gravity ensures stability. These modifications show how physics principles make jet skis safe and effective. Quick Fact: Police forces worldwide use specialized vehicles for patrol — from motorcycles and bicycles on land, to boats and jet skis on water. In Malaysia, the Royal Malaysia Police (PDRM) deploy jet skis for coastal surveillance, anti-smuggling operations, and rapid response in maritime emergencies. Their advantage lies in speed, agility, and the ability to maneuver in shallow waters where larger patrol boats cannot operate. Join the AHA moment where classroom physics meets real-world policing — buoyancy, drag, and momentum explain why jet skis are more than thrill machines, they are frontline tools of law enforcement.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Why Army Motorcycles Conquer Jungle Terrain

 

In jungle warfare, students wonder how the Army Scrambler motorcycle is modified for extreme terrain. This comic reveals the physics truth: extra-long shock absorbers increase impact time to reduce force, knobby tires enhance friction on mud, guard plates deflect debris, and camouflage paint reduces detection by light reflection. Quick Fact: Military motorcycles have been used worldwide since World War I, valued for their speed, agility, and ability to carry messages or scouts across rough terrain. In Malaysia, the Tentera Darat (Army) deploys scrambler-style motorcycles for jungle patrols, reconnaissance, and rapid mobility. Their design emphasizes durability, stealth, and physics-driven engineering — making them tactical tools as well as vehicles. Join the AHA moment where battlefield engineering meets classroom physics — mastering forces is the key to survival and success.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

Magnetic Induction Using a Horseshoe Magnet

 

Magnet ladam kuda boleh menarik objek besi kerana menghasilkan medan magnet yang kuat pada kutubnya. Bebola besi menjadi magnet sementara dan membentuk satu rantai.

A horseshoe magnet can attract iron objects because it produces a strong magnetic field at its poles. Iron balls become temporarily magnetised and form a chain.

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👀 Key Observations | Pemerhatian Penting

✅ Bebola besi tertarik ke arah kutub magnet.

✅ Iron balls are attracted towards the poles of the magnet.

✅ Bebola besi membentuk rantai apabila semakin banyak bebola ditambah.

✅ The iron balls form a chain as more balls are added.

✅ Daya magnet paling kuat di kawasan kutub magnet.

✅ The magnetic force is strongest at the poles.

---

🔬 Physics Behind It | Prinsip Fizik

✅ Magnet menghasilkan medan magnet.

✅ A magnet produces a magnetic field.

✅ Bebola besi dimagnetkan secara sementara oleh aruhan magnet.

✅ The iron balls become temporarily magnetised by magnetic induction.

✅ Setiap bebola bertindak sebagai magnet kecil dan menarik bebola seterusnya.

✅ Each ball acts as a small magnet and attracts the next ball.

---

❌ Common Mistakes

❌ Menganggap magnet menyentuh semua bebola secara langsung.

❌ Assuming the magnet directly attracts every ball.

❌ Menganggap semua bahan boleh dimagnetkan.

❌ Assuming all materials can be magnetised.

❌ Mengelirukan magnet kekal dengan magnet sementara.

❌ Confusing permanent magnets with temporary magnets.

---

⚠️ Safety / Handling

⚠️ Jauhkan magnet daripada telefon bimbit dan peranti elektronik.

⚠️ Keep magnets away from mobile phones and electronic devices.

⚠️ Elakkan menjatuhkan magnet kerana ia boleh retak.

⚠️ Avoid dropping the magnet as it may crack.

⚠️ Simpan magnet dengan betul selepas digunakan.

⚠️ Store magnets properly after use.

---

🎯 SPM Exam Tip

📌 Medan magnet paling kuat di kutub magnet.

📌 The magnetic field is strongest at the poles.

📌 Besi boleh dimagnetkan secara sementara melalui aruhan magnet.

📌 Iron can be temporarily magnetised by magnetic induction.

📌 Magnet ladam kuda mempunyai medan magnet yang lebih tertumpu antara kedua-dua kutub.

📌 A horseshoe magnet has a more concentrated magnetic field between its poles.

SPM Physics-AHA! Why KL Tower Walk 100 Is Safe

 

At KL Tower Walk 100, students wonder how safety is guaranteed 421 meters above Kuala Lumpur. This comic reveals the physics truth: dynamic lanyards extend collision time to reduce impulsive force, steel rails withstand tension, grid flooring increases friction, and harnesses distribute pressure evenly. These features show how physics principles keep thrill-seekers safe at extreme heights. Quick Fact: The Kuala Lumpur Tower (Menara KL) was constructed between 1991 and 1995, officially opened on 1 October 1996. It was built under the leadership of then–Prime Minister Dr. Mahathir Mohamad as part of Malaysia’s modernization drive. The tower serves multiple purposes: a telecommunications hub, a cultural landmark, and a tourism attraction with panoramic city views. Join the AHA moment where physics explains safety at dizzying heights, while history reminds us how KL Tower itself became a symbol of Malaysia’s ambition and progress.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Physics Behind Awana Skyway Safety

 

At Awana Skyway, students puzzle over cable car design questions: forces, friction, drag, and safety. This comic reveals the physics truth: equilibrium isn’t about pulling harder, it’s about distributing forces wisely. Streamlined cabins reduce drag, grooved pulleys minimize friction, steel cables provide tensile strength, and electromagnetic brakes ensure smooth stopping. Safety belts and padding reduce impact force by impulse 

$\mathrm{ \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; \; F}=\frac{mv-mu}{t}$

Quick Fact: The Genting Highlands resort, home to Awana Skyway, was founded by Tan Sri Lim Goh Tong (林梧桐, 1918–2007). Starting from humble beginnings, he built Genting from scratch into Malaysia’s world-famous hilltop resort. His vision transformed a remote mountain into today’s Resorts World Genting, a symbol of perseverance and engineering ambition. Join the AHA moment where physics meets history — balanced forces keep cable cars safe, while human determination built Genting Highlands into a global destination.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Physics Meets Engineering in Go-Karts

 

At Mid Valley’s underground go-kart track, students learn how physics upgrades make racing safer and more fun. But where did go-karts come from? This comic connects physics with history: Art Ingels invented the first go-kart in 1956, welding a steel chassis and fitting a lawnmower engine. His garage experiment became a global sport, training future Formula 1 champions. Join the AHA moment where engineering, physics, and history collide — from friction and impulse to the invention that revolutionized motorsport.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Nature’s Physicists — Crabs in Action

 

At the school field, students panic when crabs invade during the full moon. But this comic reveals the physics truth: The Moon’s gravity creates spring tides, giving crabs a shorter, safer journey to release their eggs at sea. Formula reminder: 

$F=G\frac{m_1{m}_2}{r^2}$.

Nature doesn’t study physics — it lives it. Crabs time their migration with celestial mechanics, showing how biology and physics are deeply connected. Quick Fact: Mary Rathbun (1860–1943), one of history’s most famous crab experts, described over 1,000 new species of crabs and became a pioneer in marine zoology. Her work laid the foundation for understanding crustacean diversity worldwide.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Rubber Tires Save Ships with Physics

 

At the docks in Miri, students wonder why massive steel ships float while tiny iron nails sink. Isn’t that a contradiction? This comic reveals the physics truth: Buoyancy (FB = ρVg). A ship’s wide hull displaces a huge volume of water, and the water pushes back with equal force, keeping it afloat. And those “ugly tires”? They’re not decorations — they extend collision time, reducing force by impulse 

$F=\frac{m(v\text{–}u)}{t}$

Join the AHA moment where physics explains both floating giants and the humble tire fenders that protect them.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Why the Moon Blocks Our School Toilets

 

At SMK Lutong, a school in Miri’s historic oil town by the South China Sea, students notice seawater flooding drains and toilets during high tide. This comic reveals the physics truth: The Moon’s gravitational pull creates tidal bulges. As Earth rotates, sea levels rise when the school aligns with the bulge, causing water to backflow into drains. Formula reminder: 

$F=G\frac{m_1{m}_2}{r^2}$

Join the AHA moment where celestial mechanics explain everyday plumbing problems — tides are not just at the beach, they affect schools too!

📌 Cultural Insight — SMK Lutong & Miri, Sarawak

• UNESCO ASPnet School: SMK Lutong is proudly part of the UNESCO Associated Schools Project Network (ASPnet) in Sarawak. This connects the school to a global network of institutions promoting peace, intercultural learning, and sustainable development.

• Lutong’s Identity: Historically known as an oil town, Lutong was once the operational hub for Shell’s petroleum industry in Sarawak. This heritage shaped the community and gave Miri its nickname, “Oil Town.”

🔋 Battery Holder

 

Pemegang bateri digunakan untuk memegang bateri dengan kemas serta menyediakan sambungan elektrik kepada litar. Ia membolehkan satu atau lebih sel disambungkan dengan selamat dan mudah.

A battery holder is used to secure batteries and provide electrical connections to a circuit. It allows one or more cells to be connected safely and conveniently.

👀 Cara Membaca | Reading Technique

✅ Kenal pasti terminal positif (+) dan negatif (−) pada pemegang bateri.

✅ Identify the positive (+) and negative (−) terminals on the battery holder.

✅ Pastikan bateri dipasang mengikut polariti yang betul.

✅ Ensure the batteries are inserted with the correct polarity.

✅ Perhatikan bilangan sel yang digunakan kerana ia menentukan jumlah voltan bekalan.

✅ Observe the number of cells used as it determines the total supply voltage.

---

❌ Common Mistakes

❌ Memasang bateri secara terbalik.

❌ Inserting batteries in the wrong direction.

❌ Menganggap lebih banyak bateri sentiasa menghasilkan arus yang lebih besar.

❌ Assuming that adding more batteries always produces a larger current.

❌ Tidak memeriksa sambungan wayar pada terminal output.

❌ Failing to check wire connections at the output terminals.

❌ Mengelirukan sambungan siri dengan sambungan selari pada pemegang bateri.

❌ Confusing series and parallel battery connections.

---

⚠️ Safety / Handling

⚠️ Gunakan bateri yang mempunyai saiz dan jenis yang sama.

⚠️ Use batteries of the same size and type.

⚠️ Jangan campurkan bateri lama dan bateri baharu.

⚠️ Do not mix old and new batteries.

⚠️ Tanggalkan bateri selepas eksperimen jika tidak digunakan untuk tempoh yang lama.

⚠️ Remove the batteries after the experiment if not used for a long period.

⚠️ Elakkan litar pintas pada terminal bateri.

⚠️ Avoid short-circuiting the battery terminals.

---

🎯 SPM Exam Tip

📌 Dalam kebanyakan pemegang bateri makmal, sel disambungkan secara siri.

📌 In most laboratory battery holders, the cells are connected in series.

📌 Voltan keseluruhan ialah jumlah voltan setiap sel.

📌 The total voltage is the sum of the voltages of individual cells.

Example | Contoh

🔋 1 cell = 1.5 V

🔋 2 cells = 3.0 V

🔋 4 cells = 6.0 V

📌 Semakin banyak sel disambungkan secara siri, semakin tinggi voltan bekalan.

📌 The more cells connected in series, the higher the supply voltage.

SPM Physics-AHA! Why Drones Switch Between Radio and Microwaves

 

In Sarawak’s plantations, drones count oil palm trees and send back GPS and video data. Modern drones are smart — they use dual-band synchronization to switch between radio waves and microwaves. For your exam, remember the core contrast: Radio waves are chosen for control links because their long wavelengths diffract around obstacles. Microwaves are chosen for data and satellite links because their higher frequencies provide massive data capacity. Join the AHA moment where physics explains why drones don’t just fly — they communicate intelligently with the right waves for the right job.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Physics Behind DSLR Lens Choices

 

A student compares a 50mm portrait lens with a 24mm pancake lens, wondering why the smaller one bends light more. This comic reveals the physics truth: Optical power depends on focal length, not size. Formula reminder: 

$P=\frac{1}{f}$

In photography, 24mm lenses are best for landscapes and wide scenes, while 50mm lenses are perfect for portraits. Join the AHA moment where physics meets photography, showing how focal length shapes both science and art.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! FIFA 2026 Meets Physics Insight

 

At the 2026 FIFA World Cup, hosted across the USA, Canada, and Mexico, Erling Haaland stunned fans with a curved “Banana Kick” goal. But how does a heavy football bend in mid-air? This comic reveals the physics truth: Bernoulli’s Principle and the Magnus Effect. Faster airflow means lower pressure, creating a sideways force that bends the ball’s path. Join the AHA moment where sports meet science, showing how Haaland’s magic is really physics in motion.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Sarawak’s CubeSat and Escape Velocity Explained

 Sarawak’s CubeSat project is Malaysia’s first state-level space initiative, aiming to launch a nanosatellite by 2030 for real-time Earth observation and data collection. When students watch its rocket launch, they wonder: “If it’s not moving at 11.2 km/s, how does it escape Earth’s gravity?” This comic reveals the truth: Escape velocity applies only to unpowered objects. A rocket with continuous thrust doesn’t need to “jump” out of Earth — it climbs out steadily. Join the AHA moment where physics meets Sarawak’s space dream, showing how science powers our future.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Why MotoGP Bikes Use Smooth Tyres

 

At Sepang, MotoGP riders like Marc Márquez race on one of Asia’s most advanced circuits. But why was Sepang built in the first place? This comic connects physics with history: Sepang International Circuit was constructed between 1997 and 1999 under Prime Minister Dr. Mahathir Mohamad’s vision. Designed by Hermann Tilke, it was part of Malaysia’s modernization plan, the Multimedia Super Corridor, and opened officially in March 1999 to host the Formula One Malaysian Grand Prix. Join the AHA moment where racing physics meets national ambition — slick tyres grip the track, while Sepang itself symbolizes Malaysia’s drive to balance speed, technology, and global recognition.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Why Pools Look Shallower Than They Are

 

Standing at the edge of a swimming pool, it looks shallow — but once you jump in, it feels much deeper! This comic reveals the physics truth: Light refraction makes water appear shallower than its actual depth. Rays bend away from the normal as they leave the water, tricking your eyes. Formula reminder: n=H/h. Join the AHA moment where physics explains why appearances deceive, and how refraction creates optical illusions in everyday life.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! The Secret Behind Noisy Nights

 

Late at night, a student studies for his SPM Physics exam — but the neighbour’s radio and barking dog keep him awake. This comic reveals the hidden truth: Sound waves refract at night because cool air near the ground and warm air above bend the waves downward. That’s why sounds travel farther and seem louder after sunset. Join the AHA moment where physics explains the mystery of noisy nights and sleepless students!

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Nichrome — The Hidden Hero of Heat

Ever wondered why the wires inside your toaster glow red but never melt? This comic reveals the secret of Nichrome Wire (Nickel + Chromium) — high resistivity, high melting point, and no oxidation. It’s the invisible hero behind hair dryers, irons, and water heaters. Join the AHA moment as students discover how internal resistance creates external warmth — the true magic of physics in everyday life.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

 

SPM Physics-AHA! Physics Behind Malaysia’s Potong Ice Cream

 

At Malaysia’s night markets, vendors make traditional ice cream without a fridge — just ice cubes and coarse salt. When salt is added, the melting point of ice collapses from 0°C down to –10°C or even –21°C. The ice is forced to melt, absorbing latent heat from the milk inside the iron canister. In minutes, the mixture freezes into a delicious ice pop. This comic captures the AHA moment where physics explains how salt and ice create magic, turning thermal equilibrium and phase change into a sweet treat.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Sunlight Diffraction in the Rainforest

Walking through Malaysia’s tropical rainforest, students notice sunlight streaming through dense leaves — but the beams look bent and spread out. This comic reveals the hidden truth: Diffraction occurs when waves pass through small openings, causing them to bend and spread. The rainforest becomes a natural classroom, where physics explains the beauty of sunlight. Join the AHA moment as students realize that diffraction isn’t just theory — it’s part of everyday life.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

 

SPM Physics-AHA! Humans Have Natural Frequencies Too

 

Today I taught resonance: Resonance occurs when the natural frequency of a system corresponds to the frequency of the energy supplied. A student asked me: “Do humans have a natural frequency too?” What a textbook-level genius question! When students can ask this, it shows they’re no longer memorizing formulas — they’re applying physics concepts to the real world. This comic captures that beautiful AHA moment, where resonance becomes more than theory, it becomes life.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Discovering the Hidden Truth of Temperature

 

Students think 0°C means zero energy — but molecules are still racing around! This comic reveals the hidden truth: Absolute Zero (0 K) is the real starting point of temperature. Join the AHA moment that flips classroom logic upside down and discover why gas laws use Kelvin.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics:Why Sweating Feels Like a Sauna — AHA! Latent Heat in Humid Miri

Ever wondered why sweating in Miri feels more like a sauna than a relief? This comic reveals the physics behind it: when sweat evaporates, it takes away latent heat — but in humid air, evaporation slows down because the atmosphere is already “full.” Result? The latent heat stays trapped, and you end up steaming yourself like a dumpling! AHA! Physics meets tropical reality — perfect for turning a sweaty day into a cool classroom lesson. 

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

 

SPM Physics:The Sun That Refuses to Heat Up — AHA! Cosmic Heat Capacity

 

Ever tried to make the Sun hotter? Good luck — you’ll need 2.5 × 10³⁴ joules of energy and about 18 hours of patience! This comic shows how the mighty Sun, despite blasting out 3.8 × 10²⁶ J every second, barely warms itself up. With the formula C = m c, our sunglasses‑wearing Sun proves that being massive means being stubbornly slow to heat. AHA! Physics meets cosmic comedy — because even the universe has a sense of humor. 

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics:AHA! Why the Roti Canai Pan Gets So Hot — Physics Meets Malaysia’s Favorite Flatbread

 

At a bustling Mamak stall, students wonder why the roti canai pan heats up so quickly. This comic reveals the physics truth: low specific heat capacity means the pan requires less energy to rise in temperature, making it sizzling hot in seconds. Quick Fact: Roti Canai is a beloved Malaysian flatbread, crispy outside and fluffy inside, often enjoyed with curry or dhal. Originating from Indian-Muslim communities, it has become a national comfort food and a symbol of Malaysia’s multicultural dining culture. Join the AHA moment where physics explains the sizzling pan, while culture reminds us that science lives in everyday meals.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-AHA! Why Sand Burns but Sea Feels Cool — Physics Beside Miri’s Beaches

At the beach, students wonder why sand burns their feet while seawater feels cooler under the same Sun. This comic reveals the physics truth: low specific heat capacity means sand heats up quickly, while seawater’s high specific heat capacity keeps it cooler. Quick Fact: Miri, Sarawak, sits on Borneo, the world’s third largest island, surrounded by countless beaches. My school is just across the road from one of these beautiful coastlines — a daily reminder that physics is everywhere. These beaches are not only classrooms of science but also treasures of nature. Let’s protect them, so future generations can enjoy both their beauty and their lessons.

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

SPM Physics-Gay-Lussac’s Law on the Road: Why Tire Pressure Rises After Driving!

After a long drive, your car tires feel hot — and the pressure inside increases! It’s not magic, it’s Gay-Lussac’s Law: when temperature rises, gas pressure increases. AHA! More heat, more pressure — physics in motion!

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

 

SPM Physics-Charles’s Law in Action: The Ping Pong Ball Mystery!

When a dented ping pong ball meets hot water, it magically restores its shape! But it’s not magic — it’s Charles’s Law in action: as temperature increases, gas volume expands. AHA! Higher temperature, bigger volume — physics made visible!

#AHAPhysicsMoments #CikguLimCY #PhysicsInEverydayLife #100DaysOfPhysics #SeeWithPhysicsEyes #PhysicsWithInsight

 

SPM Physics-Boyle’s Law in the Sky: Why Snacks Puff Up on Planes!

When the airplane rises to high altitude, the outside air pressure decreases, and the air inside the snack bag expands. It’s not that “more air” appears, but rather that lower pressure causes the gas to inflate. As Boyle’s Law states:

$$P_1{V}_1=P_2{V}_2$$

AHA! Everyday little phenomena can reveal the secrets of physical laws.

© 2026 AHA! Physics Moments by Cikgu LimCY. All Rights Reserved.

 

SPM Physics – Latent Heat of Fusion at the Market

 

At the market, fish are kept on ice to stay fresh. But what’s the science behind it? This comic shows how ice absorbs latent heat of fusion from the fish. As the ice melts, it takes away energy, lowering the fish’s temperature and keeping it cool. The fishmonger’s trick isn’t magic — it’s physics!

Freshness is preserved because melting ice steals heat from the fish, not because the fish “likes the cold.” This everyday example connects directly to the SPM KSSM syllabus on Heat and Latent Heat.

© 2026 AHA! Physics Moments by Cikgu LimCY. All Rights Reserved.

SPM Physics –Latent Heat in Daily Life: Sweat and Wind

After running, we often say, “The wind makes me feel cool.” But the truth is more surprising. This comic shows how sweat droplets absorb latent heat from your skin as they evaporate, stealing away energy and leaving you refreshed. The wind only helps the sweat evaporate faster — the real cooling power comes from the hidden heat transfer.

© 2026 AHA! Physics Moments by Cikgu LimCY. All Rights Reserved.

 

SPM Physics –The Hidden Heat That Cooks the Fish: A Simple Story of Latent Heat

 

Ever wondered why steamed fish gets cooked even though steam looks invisible? This short black‑and‑white comic turns a tricky physics idea — latent heat — into a fun everyday story. Watch steam act like a delivery man carrying hidden heat, handing it to the fish, and turning into water droplets. It’s science made simple enough for Grandpa to say, “Ah, now I get it!”

Sometimes the most powerful things in science are unseen — just like latent heat.

© 2026 AHA! Physics Moments by Cikgu LimCY. All Rights Reserved.