Life hacks are clever tricks that make daily tasks easier, but many of them work because of basic scientific principles. Understanding the science behind these hacks can help us use them more effectively and even inspire new ideas.

For example, placing a wooden spoon over a boiling pot prevents it from boiling over. The spoon disrupts the formation of bubbles, reducing the pressure and allowing steam to escape. This simple trick relies on the physics of surface tension and gas expansion.

Another common hack is using baking soda to clean surfaces. Baking soda is mildly abrasive and chemically reacts with acids, making it effective at removing stains. This works because it neutralizes acids and loosens dirt without damaging surfaces.

Preventing fruits from browning is also science in action. Sprinkling lemon juice on sliced apples or avocados slows oxidation. The citric acid lowers the pH on the fruit’s surface, reducing the chemical reaction that causes browning.

Even keeping your phone dry with rice has a scientific basis. Rice absorbs moisture through capillary action, pulling water away from electronics. While it’s not perfect, the principle of water absorption makes it a useful emergency measure.

Some hacks rely on physics, like placing a small object under a door to prevent slamming. The object absorbs the kinetic energy, reducing impact and preventing damage. Similarly, stacking items in certain ways can distribute weight more efficiently, demonstrating principles of mechanics.

In conclusion, many everyday life hacks work because of simple science. From physics and chemistry to biology, understanding the principles behind these tricks not only makes them more effective but also highlights how science is woven into daily life. Next time you try a hack, remember—there’s a bit of science making it work!