Understanding the Coolage Tube and X-rays

The video tutorial explains the production of X-rays, discovered by Ron Jen in 1895. It details the process of X-ray production using a Coolage tube, which consists of a glass bulb with cathode and anode electrodes. The cathode is connected to a low tension battery, and electromagnetic field plates control the acceleration of cathode rays. When voltage is applied, cathode rays hit a target metal, producing X-rays, which are invisible.

Who discovered X-rays and in which year?

• Albert Einstein in 1915

• Isaac Newton in 1687

• Wilhelm Röntgen in 1895

• Marie Curie in 1903

What is the primary device used to produce X-rays?

• Tesla Coil

• Geiger Counter

• Coolage Tube

• Van de Graaff Generator

What material is the Coolage tube primarily made of?

• Ceramic

• Glass

• Metal

• Plastic

What is the role of the low tension battery in the Coolage tube?

• To power the electromagnetic field plates

• To cool the target metal

• To heat the anode

• To connect the cathode

What is the purpose of the electromagnetic field plates in the Coolage tube?

• To control the acceleration of cathode rays

• To emit X-rays

• To cool the glass bulb

• To increase the voltage

At what angle is the target metal held in the path of the rays?

• 30°

• 90°

• 60°

• 45°

What happens when cathode rays hit the target metal in the Coolage tube?

• They produce visible light

• They produce X-rays

• They emit sound waves

• They generate heat