¿Qué es la Masa? | El Bosón de Higgs, Parte II

The video explores the concept of wave-particle duality, using everyday examples like balls and sound waves to illustrate how objects can behave as both waves and particles. It delves into the behavior of small particles like electrons, which can propagate as waves but impact as particles. The video also imagines a scenario where sound exhibits wave-particle duality, highlighting the unique and sometimes counterintuitive nature of quantum physics.

What happens to a ball when it is dropped?

• It follows a unique trajectory.

• It bounces indefinitely.

• It remains stationary.

• It follows a random path.

How do very small particles like electrons behave?

• As both waves and particles.

• Only as particles.

• They do not exhibit any duality.

• Only as waves.

What is the term used to describe the dual behavior of particles like electrons?

• Wave-particle duality

• Wave theory

• Particle theory

• Quantum singularity

If sound had wave-particle duality, how would it affect hearing?

• The sound would be louder.

• Only one person could hear the sound.

• Everyone would hear the sound equally.

• The sound would not propagate.

In the hypothetical scenario, how would waves behave on water?

• They would spread evenly across the coast.

• They would break in multiple places.

• They would break in only one place.

• They would not reach the coast.