Protect Spacecraft from Space Debris: Make a Model Whipple Shield

The video tutorial explains the concept of Whipple Shields, which protect spacecraft from small space debris by breaking it into smaller pieces. It provides a step-by-step guide to building a model Whipple Shield using plywood and aluminum foil, and demonstrates how to test its effectiveness by dropping objects from various heights. The tutorial also discusses potential variables to explore in the experiment, such as the number of layers and types of materials used.

What is the primary function of a Whipple Shield on a spacecraft?

• To completely stop all debris

• To break debris into smaller pieces and spread the impact

• To track large debris

• To increase the speed of the spacecraft

Why is it important for the plywood squares to be smooth and flat?

• To ensure the aluminum foil is clamped evenly

• To reduce the cost of materials

• To make the assembly process faster

• To make the shield heavier

What is the purpose of using a spacer when starting the assembly of the Whipple Shield?

• To make the shield more flexible

• To add weight to the shield

• To ensure even spacing between layers

• To reduce the number of plywood squares needed

What should be done if the aluminum foil starts sagging during assembly?

• Increase the size of the plywood squares

• Replace the aluminum foil

• Pull it tight to remove sagging

• Add more plywood layers

What can be used as weights to hold the aluminum foil in place during the experiment?

• Small metal clips

• Pieces of paper

• Dumbbells or large rocks

• Light plastic objects

What is a suitable object to drop on the Whipple Shield model to simulate space debris?

• A feather

• A marble or ball bearing

• A piece of cloth

• A plastic toy

What should be done after each trial when testing the Whipple Shield model?

• Increase the number of plywood layers

• Replace any damaged layers

• Reduce the height of the drop

• Change the type of object being dropped