Why RED BUBBLES are impossible… or are they?!

The video explores why bubbles display certain colors and why red is absent. It delves into the physics of wave interference, explaining how thin films create colors by canceling certain wavelengths of light. The video also discusses the possibility of creating red bubbles using specific lighting conditions.

What colors are typically seen on the surface of a bubble?

• Orange, Purple, Red

• Magenta, Yellow, Green

• Red, Blue, Green

• Black, White, Gray

What phenomenon causes monster waves at the seashore?

• Wind Currents

• Earthquakes

• Tidal Waves

• Wave Interference

How can light waves cancel each other out?

• By having crests and troughs misaligned

• By being of different amplitudes

• By being of different colors

• By having crests and troughs aligned

What is required for wave interference to create colors from white light?

• A thick film

• A thin film

• A colored film

• A transparent film

Why is it important to know the wavelength of light?

• It determines the speed of light

• It affects the color of light

• It changes the direction of light

• It alters the intensity of light

Why is red not seen in bubbles?

• Red light is absorbed by the bubble

• Red light is reflected away from the bubble

• Red light is too weak to be seen

• All other colors must be canceled to see red

How can you create a red bubble?

• By shining red light on it in the dark

• By using a thicker bubble film

• By using a red-colored soap

• By mixing red dye in the bubble solution