Egg Drop

In this demonstration, the student found a practical way to judge whether the egg is raw or cooked.

The classic "egg" experiment was a standard of science education for many years. Essentially, students are required to build certain types of containers that avoid growing stature and prevent the raw egg from breaking. In this exploration, students design, evaluate and recommend container improvements to protect valuable payloads.

Parachute is an obvious way to slow down the speed of the face as long as it includes a way to keep the parachute open to the design.

The biggest edge of the egg has an air area sandwiched between the two membranes of the egg. When the contents of the egg cools and shrinks after the egg is placed, an air space is formed. It shows the crater you see at the end of well-cooked eggs. After the impact, the heavier spherical egg yolk continues to move towards the ground. Compression of the space is like a balloon used for precious contents of eggs. The structure of the artificial shock absorber also helps to absorb the impact of the landing

The arched structure at both ends of the egg is stronger than the side. Since the pressure is distributed downward (or upward) on the arch, no pressure is applied to any point. Downward arches increase the survival rate of eggs

NASA scientists can associate events with the challenges they face by building landing gear for the Mars exploration rover. Physically, it must withstand the effects of landing on heat and the Martian atmosphere. Strategically, they also have to find a way that Mars can adjust itself, no matter how it landed. Students like to see that the structures they make are similar to those normally conceived by NASA scientists.

The Egg Drop Project teaches students to use logic and teamwork to prevent eggs from falling. There are many ways to make eggs. I will first explain the process and distribute the eggs to the students. Please set your egg drop parameters and deadline when your students need to fall or be ready to bankrupt. Many successful egg drop designs use a sturdy container to protect the contents from the initial impact of water droplets. These rigid containers can be plastic food containers or cartons. But a hard container alone is not enough to completely protect the egg. It is necessary to fill the inside of the container. Styrofoam, sponge, cotton ball, foam wrapping paper, even even a newspaper can be used to make excellent liners in containers. Give students time to practice various materials before laying eggs

For egg drop projects stretch over panty stockings or socks. Put eggs in hoses and socks, tighten the eggs, and put the socks on the edge of the egg. Paste or stick the stone to the bottom of the box, stretch the sock to the opening, and paste the top of the box to the box. Since this container is weighted, it falls only in one direction. Impact is absorbed by stone and cardboard. I will consider how the post office will transport fragile items and use this example to make egg containers. Use foam parts such as Styrofoam cups and wrapped peanuts. Fill the box with foam and place the eggs in the middle. When the box is securely attached, eggs are protected from collision and fall. Please test the device several times before submitting the final project to ensure that enough foam is used to protect the egg

Egg drop items are distributed in many grades. The courses of these programs vary by age group. The eggs fall from a predetermined height, and people who break eggs can not participate in the project. Making the best Egg Drop Contains a hard structure and critical thinking. The egg relaxes and receives the shock of the egg surrounded by the air filled grain. Put rice puff in a small zipper bag and put the egg in the center of the grain. Seal the bag and fill the bottom of the large zip pocket of the grain. Put the bag of eggs in a big bag, pack a zipper bag filled with small grains in a big bag and place the bag of eggs in the middle.