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.

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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.

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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.

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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.

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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.

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