The on;ly way that comes to mind is to fan-fold the paper, and put the egg on top , (with the paper folds vertical), so that as the egg falls, the folds in the paper will slow the drop thus cushioning the egg.
Line the egg with cardboard on each side, shaping the cardboard around the egg. Place layers of cardboard around the egg until the egg is completely encased with many layers. Test the contraption and add layers as needed until the egg can be safely dropped without breaking.
Roll the paper up tightly (you'll have to experiment with the density) and use the tube as a spring, attach tape to both ends and bend it like a sling. Drop the egg onto the tape so that the paper spring takes the energy of impact. Find a way to lower the terminal velocity of the egg the most.
Loosely wrap a rubber band around the egg. Gently stack the straws upright between the rubber band and the egg. Do this around the entire egg to create a crate. It helps to have a friend assist you.
Fill a box three times the size of the quart bag with packing peanuts, and place the plastic bag in the center. Fill the rest of the box, and seal it shut with duct tape or masking tape. The double layer of Styrofoam works as a shock absorber for the egg.
Lay four toothpicks on the table tip-to-tip so that they form a square, gluing the tips together. Then coat the surface of the toothpicks with glue; after finishing, repeat to create 67 more squares. Glue six of the squares together to form a cube like the one holding the egg.
Glue three single toothpicks at varying angles outward on each of the six vertexes of the cube. Then, create 24 rods two toothpicks long, and glue four of them on each side on the middle square of toothpicks. They should face upward and outward. They will help the crush structure to break the device's fall.
Ensure that you have enough padding in the box to cover the egg evenly on all sides. When the box hits the ground, the force will cause the box to crush, which absorbs much of the shock of the fall. The force is also evenly distributed throughout and absorbed by the cushioning material.
Theory has it that, given sufficient height, aerodynamics will cause the egg to align itself to land on the blunter of the two ends. The egg is remarkably strong in this orientation. As long as it falls onto a reasonably forgiving surface, a lawn maybe, it won't break — sometimes!
Check the answer to the Riddle!
The correct answer to the Riddle is “Concrete floor can not be cracked by an egg”.
Possibilities include balloons, popcorn, packing peanuts, wads of paper or cereal puffs. Encase the egg in any of these inside a paper or plastic bag, a sock or a stocking. If you have any bubble wrap around the house, wrapping the egg in several layers of bubble wrap should also provide a good cushion.
A fall of 100 feet in the air is desired, without breaking the egg. Note that it is never the fall that breaks the egg, it is the impact with a hard surface that breaks it. So as long as the egg does not strike a hard surface during its fall, it will not break.
The recommended height is 12-15 feet. Design a container which will protect the egg from breaking. It should be lightweight and sturdy. Most of all, it should withstand sudden impact with the ground.
That means that the egg has a velocity of 11.3 feet per second when it hits the counter. If the egg falls from 3 feet, the velocity is 13.9 feet per second, or 23% faster. If you drop it from 8 feet, the speed is 22.6 feet per second. It will take a lot more padding to protect an egg falling that fast.
When the package hits the pavement, all of the tiny bubbles of air should protect the egg from being damaged. The egg is protected by 8 layers of bubble wrap, so that is a lot of little air pockets! ... take off the bubble wrap and see my egg safely cradled in the middle, unharmed.
A building has 100 floors. One of the floors is the highest floor an egg can be dropped from without breaking. If an egg is dropped from above that floor, it will break. If it is dropped from that floor or below, it will be completely undamaged and you can drop the egg again.
Thread a piece of string through each hole in the bag and secure by tying the string firmly on each corner. Place one egg into the plastic sandwich bag, twist the top of the bag and tie closed with the loose ends of strings. This will also attach the parachute to the bag holding the egg.
Answer: Gravity causes an object to fall to Earth when dropped. Drop an egg from eye level so that it breaks. When the egg hits the ground with a given force, the ground exerts the same force back on the egg. ...
The answer for What Becomes Wetter the More It Dries Riddle is "Towel." Explanation: A towel is a fabric absorbent that is used for drying or wiping a body or a surface.
The answer is: Stairs.