| | | | | | | |Great job of covering all the relevant | | |45 |bases in the rubric to the left. There | |
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Egg flotation Objective/Question/Problem My objective is to see which egg will float. The question is how much salt is needed to be added to make the egg float. The problem is that I do not know how much salt is needed to make an egg float. Hypothesis If I add salt to the water then the egg will float because the egg has a density that is lower that the density of the fluid it displaces. Background Information If the object has a density that is higher than
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protect a raw egg as it falls to the ground from a height of 8 feet. Your team will receive an egg and a bag of materials. You will be given time to brainstorm how you might construct a protective mechanism for dropping your egg without breaking it. You are only allowed to use the materials in your bag within the time frame allotted. It will be important to work well with your teams in analyzing the materials you are given and predicting which materials will safely protect your egg during its descent
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Egg Drop (lab writes) In our science class we did an egg drop experiment. We used the scientific method to answer the question and solve the problem. Our question for this particular lab was “will an egg break or be secured‚ if covered with thick sponges and drop from ten feet above the ground?” our idea was to secure the egg from breaking and we wanted to design something that would provide a lot of cushioning directly on the egg. We came up with many different ideas until we choose
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The Egg Drop Analysis 1. As far as researching goes I did not do many research besides videos I mainly saw a lot of sponges or big sponges use for people experiment and I in fact went with it and prototypes I used were mainly the same thing with some added cushion to it. 2. I forgot to take a picture but a good description would definitely be a can and thats wrap in cushion on the inside and the outside but the error I made was not covering the metal shock that will it takes impact it release
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March 4‚ 2010 Egg Buoyancy and Density: Can you make an egg float by changing the density of water? If you put an egg in tap water‚ it will sink to the bottom. If you add enough salt‚ the egg will float to the surface. Density is the mass or volume of an object. It’s easier to think of it as the thickness of the object. Buoyancy is the force that allows an object to float. I performed a fun experiment to see how increasing density of water could make an egg float or submerge. Anyone
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The Sperm and The Egg 1 The Sperm and The Egg Cleveland C. Lawrence‚ Sr. April 11‚ 2015 PSY/265 - PSYCHOLOGY OF HUMAN SEXUALITY
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Method: The eggs were soaked in vinegar for 48 hours. At the end of this period the eggs are dried off and mass is recorded. The eggs are then placed in distilled water. They are removed and the mass recorded. Lastly the eggs are put into corn syrup and again removed and the mass recorded. Results: The egg in the vinegar got bigger‚ as the fluid moved into the egg‚ and the fluid level went down. This is an example of a hypertonic solution. In the distilled water the egg got slightly larger
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Salting an egg is a very evident process. First‚ you must mix the clay‚ the salt‚ and the water. The clay that you must be used is from ant hills or termite mounds; also the kind of salt that must be used is table salt. You must used the ratio 1:1:2 in mixing the clay‚ salt‚ and water until the texture of the admixture becomes smooth and forms a thick texture similar to cake batter. Step two is to dip the fresh eggs in the admixture and packed in a box. Fresh duck eggs are must be used in dipping
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embryonated broiler chicken eggs. Group A is negative control with no haemagglutination activity and group B as positive control with positive Haemagglutination activity. For each drug to be tested‚ 40 eggs were assigned to 8 groups (i.e. A‚ B‚ C1‚ C2‚ C3‚ D1‚ D2‚ D3) with 5 eggs in each group. Embryonated eggs in each of C1‚ C2 and C3 subgroups were treated only with 3 different concentrations of each compound to evaluate toxicity respectively. Whereas embryonated eggs of SUBGROUPS D1‚ D2 and
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