V-T Fuse Bomb Zones Of Sensitivity Animation

The video tutorial discusses the zones of sensitivity that increase the target size, allowing rockets to explode upon contact with reflected radio waves. It highlights the use of VT fuses in bombs and rockets, emphasizing that they do not require a direct hit to destroy a target. The VT fuse's advantage over other types is its effectiveness in detonation without direct impact.

What is the primary function of the zones of sensitivity in a VT fuse?

• To increase the size of the target

• To decrease the size of the target

• To make the target invisible

• To change the color of the target

How does the VT fuse detonate a rocket?

• By direct contact

• By manual activation

• By using a timer

• By reflected radio waves

What is a key advantage of the VT fuse over other types?

• It is cheaper to produce

• It requires less maintenance

• It can destroy without a direct hit

• It is lighter in weight

Which of the following is NOT a use of the VT fuse?

• Underwater mines

• Rockets

• Shelled bombs

• Artillery shells

What technology does the VT fuse use to trigger detonation?

• Infrared sensors

• Magnetic fields

• Reflected radio waves

• Ultrasonic waves