WS1 Part 1

What phenomenon demonstrates the wave nature of light through interference patterns?

Which of the following correctly describes the particle nature of light?

Which property of light allows it to travel through a vacuum?

What is the speed of light in a vacuum?

What occurs when light strikes a smooth surface?

When light changes direction as it enters a new medium, this process is known as what?

What happens when light passes through a prism?

Which phenomenon describes light bending around the edges of an object?

What is not a primary interaction of light with objects?

The concept of wave-particle duality indicates that light can exist in which two forms?

Light and its Dual Nature

Light exhibits both wave-like and particle-like properties, a concept called wave-particle duality.
The Double Slit Experiment demonstrates light's wave nature. When light passes through two slits, it creates an interference pattern, indicating wave behavior and interaction.
The Photoelectric Effect showcases light's particle nature. Light striking a metal surface releases electrons, suggesting light exists as discrete energy packets called photons.

Properties of Light

Light travels as a transverse electromagnetic wave.
Light travels in straight lines called rays.
Light can travel in a vacuum, as it consists of fields, not requiring matter to propagate.
Light travels at an incredibly fast speed, approximately 300,000,000 m/s in a vacuum.
Light can be reflected when it encounters a smooth surface, bouncing back.
Light undergoes refraction when entering a new medium, changing its speed and direction.
Light can be dispersed into its constituent colors when passing through a prism.
Light exhibits diffraction, bending around edges or passing through slits.
Light interacts with materials in various ways: reflection, transmission, and absorption.

Explore the fascinating concepts of light's dual nature, including wave-particle duality, the Double Slit Experiment, and the Photoelectric Effect. This quiz covers the fundamental properties of light and its behavior in different mediums. Test your understanding of how light interacts with surfaces and its speed in a vacuum.