if you drop a raw egg from 3 meters....?
455040
Last time I did this, we made a basket kind of thing an place the egg inside it. Remaing straws we pulled it to make it long n tied it to the egg(in the basket). Instead of throwing the egg, we slowly release the straws (straws act like a rope) so the egg reached ground safely. just make a simple catching platform in your case. Concetrate your resource for the rope and basket. \n\nThis exercise want us to think outside the box.Hope this help.
565314
Find yourself a box of the correct dimensions.\n\nWrap your egg in bubble wrap--the kind with the bubbles that are about as big as a quarter.  Wrap it in as much as you can use without going over the weight limit.  The egg should be in the center of the bubble wrap.\n\nThe bubblewrap should prevent the egg from breaking.  The key is to get the egg in the center so it has equal bubblewrap around it.\n\nIf you can find a styrafoam box that is 7cm x 7cm x 7cm, that would be the best as it would easily meet your 400cc requirement and no side longer than 20cm!  Plus, styrafoam will absorb shock!
779014
EWWWWWWWWW ARE U CRAZY ?? \nROTTEN EGG ?? FOR GOD SAKE INAZZZZZ YOU ARE TO MUCH !!LOL......... !!\nI WANT TO PUKE NOW !!LOL...
237801
There are many different packing material that you may use to protect an egg from breaking.  One of my high school marketing project was packaging.  Everyone in the class had to pack an egg and let everyone one else kick it down the hall.  If you egg broke, you failed the project.  I got my A.  I would suggest double boxing it if you are in a test for packing the egg.
41681
if u r considering egg as spherical instead of oval. and surface tension is taken as T then pressure difeerence outside and inside of egg is 4T/R where  R is radius of egg.So maximum pressure it can sustain is 4T/R.\nhey,i did it.
724828
Hmmm, I get 0.033 Joules, not 0.33 Joules:\n\nW = F * r\nW = m * a * r\nW = (3.35e-5 kg) * (9.8 m/s^2) * (100m) = 0.033 Joules\n\nAs for the air resistance, well, the equation we did above was just the work done by gravity.  The total force is actually zero because the velocity is constant.  Therefore, there must an equal and opposite force preventing the  raindrop from accelerating...the air resistance.  \n\nF(total) = 0\nF(total) = F(grav) - F(air resistance)\ntherefore,\nF(grav) = F(air resistance)\n\n...note that the forces are the same over the whole length of the fall, but opposite in direction.  Since work is the dot product of force and distance (i.e. direction matters), the work done by air resistance will be equal to the work done by gravity but of opposite sign...-0.033 Joules.\n\nLet's be clear on this: The total work done on the raindrop is zero because it's not accelerating...but the gravitational force *is* doing work, and the air resistance is doing an equal amount of negative work.
649182
The size of the egg can be measured by two ways.\n\n1. By its breadth and width : Use any measuring scale with milli meter units to measure\n\n2. By its volume: Drop it in a filled water container and measure the displaced water in milliliter.
1077183
Idiotic Idea: Spin the eggs. The eggs that spin for a long time, they are the boiled eggs.
528749
Humans don't generally bounce, so I'm thinking that if you drop her off the top of a skyscraper, she's going to go splat like a tomato.  Maybe she'll bounce around 10-30 centimeters due to the "recoil" effect of her hitting the ground.  Don't kill your boss; just quit your job if you are thinking about it.
566699
egg... cus jut think about it
1044090
It wouldn't explode. An egg is made of mostly protein, cholesterol, and fat. Without cooking, the long strings of protein in the egg are folded into a certain ball-like shape, kinda like a messy scrunched up ball of hair. When you add energy to the egg by boiling it, it's like adding a blowdrier to a handful of hairs and it rearranges everything into a different orientation, eventually making the different protein strings turn into a shape that will let them stack or associate with each other more easily. When that happens, that's when the consistency of the egg goes from a gooey fluid to something solid. Giving the egg more heat over a longer period of time is just like keeping that hairdryer on the ball of hair longer--once it gets solid, nothing really happens. UNLESS you use extreme heat (like 400 degrees or higher) then maybe eventually the egg will get so much energy that it catches on fire and if any portion heats up faster than the rest, you might get an explosion.
55901
The eggs and sperm are reabsorbed by the body if they  can not be used.\n\nLink below will give you all the details.
813303
Eggs are very strong at their point. Weight the tip to hit at the point.  Bubble wrap the tip.  Think of an extension that is spring loaded with a weight at the end.  The balance of the container just has to protect it from bouncing.
805939
Alternatively, you might way to try filling a 17" x 17" x 7" box with tiny chopped up styrofoam.  You might have to experiment with the size to make sure that the egg doesn't push all the way to the bottom and crack.  The idea is to maximize the size of the crater the egg will make without bottoming out, which means maximum distribution of transferred kinetic energy. Maybe you can have larger pieces at the bottom, and use sucessively smaller pieces towards the top of the box, to avoid having to experiment much with the sizes.
740225
That's certainly one of the more bizarre questions I've seen in Zoology. \n\nAll  cellular telephones can break an egg. It's simple.\n\na) pick up egg.\nb) hit egg with telephone. \nc) clear up mess.\n\nGood luck. :-P
82075
yes, or so I've heard, I think you use a magnifying glass by putting it a few inches above the egg
683513
Where are you getting your information from? Are you sure someone is not pulling your leg? \nMaybe they are talking about chicken eggs! hahaha!!! \nWhen you pull them out from under the chicken early enough that stops the chicky from hatching and then we are free to eat the aborted chicken fetus! Mmmm, yummy!