Physics with Physics

Physics with Physics 🌍 Making Physics Simple for Everyone
📚 Premium Physics Notes | 3D Animations | STEM Education
⚡ Learn • Understand • Excel

We teach science to make concept clear

24/10/2026

If the Sun were replaced by a black hole of the same mass, would Earth be pulled in?

No. Earth would remain in nearly the same orbit. Sunlight already on its way would keep arriving for about eight minutes—then the sky would go dark.

A black hole is not a cosmic vacuum cleaner. At the same distance, equal mass means similar gravity. The event horizon is where escape becomes impossible, even for light.

Physics with Physics

Your GPS depends on clocks that don’t tick at the same rate. 🛰️⏱️Satellite motion slows their clocks, while weaker gravi...
24/10/2026

Your GPS depends on clocks that don’t tick at the same rate. 🛰️⏱️

Satellite motion slows their clocks, while weaker gravity makes them tick faster. Together, these effects make GPS satellite clocks run about 38 microseconds per day faster than clocks on Earth’s surface—so GPS must account for relativity to locate you accurately.

Einstein’s physics is helping your map find the way.

Your phone stores photos with help from a surprising quantum effect. ⚛️In many NAND flash memory cells, electrons can tu...
24/10/2026

Your phone stores photos with help from a surprising quantum effect. ⚛️

In many NAND flash memory cells, electrons can tunnel through an ultrathin insulating barrier. The stored charge changes how a transistor conducts, allowing a circuit to read data as classical 0s and 1s.

Quantum tunneling happens inside everyday technology—while your phone still stores and reads information as ordinary digital data.

Friction can speed a block up or slow it down—the direction of slipping decides. Strings connect motions, while balanced...
24/10/2026

Friction can speed a block up or slow it down—the direction of slipping decides. Strings connect motions, while balanced forces can allow steady movement.

Explore 30 selected cases and discover the reasoning behind the equations.

Physics with Physics | Poster 6 of 6

From high-speed trains to floating giants—30 engineering achievements, powered by the laws of physics. 🚄✈️🏙️🌉💧🚢Explore h...
23/10/2026

From high-speed trains to floating giants—30 engineering achievements, powered by the laws of physics. 🚄✈️🏙️🌉💧🚢

Explore how drag, lift, stability, tension, energy conversion and buoyancy shape our world.

Which achievement amazes you most?

Illustrations are schematic and not to scale. Several categories show selected examples rather than global rankings.

Physics with Physics

23/10/2026

Why does the same ball follow two different paths? Inside a steadily moving train, it appears to travel straight up and down. To someone watching from the ground, it follows a curved path as it keeps moving forward with the train. One motion, two reference frames. 🚆⚽
Illustrative visualization; assumes the train moves at constant velocity and air resistance is negligible.

23/10/2026

The ball rises and falls straight back into the passenger’s hand inside the train. To someone watching from the platform, it follows a curved path. Same motion, viewed from two reference frames. 🚆⚽
This assumes the train moves at nearly constant speed during the toss.

Friction can reverse direction. A pulley links two motions. An accelerating lift changes fluid pressure.Different situat...
22/10/2026

Friction can reverse direction. A pulley links two motions. An accelerating lift changes fluid pressure.

Different situations, connected by force balance, geometry and constraints. Explore 30 cases—and understand why each equation takes its form.

Physics with Physics | Poster 5 of 6

A single jump brings several physics ideas together: the ground accelerates you upward, gravity shapes your flight, musc...
22/10/2026

A single jump brings several physics ideas together: the ground accelerates you upward, gravity shapes your flight, muscles transfer chemical energy into motion and height, and a soft landing spreads the change in momentum over more time.

Which stage is easiest to connect with physics?

22/10/2026

Ever felt your ears pop as a plane descends? ✈️

As cabin pressure rises, pressure across the eardrum can become uneven. Swallowing briefly opens the Eustachian tube, letting air move into the middle ear and helping equalize the pressure.

That little “pop” is pressure equalizing—not your eardrum bursting.

Address

Kathmandu

Website

Alerts

Be the first to know and let us send you an email when Physics with Physics posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Shortcuts

Share