5. The total capacity of the upper section of the Birds Nest aquifer is 6,855,672,203.93 bbl of produced water. The steps to do the calculation of the lower section of the Birds Nest aquifer is the following: 1. Calculate the total volume capacity in gallons of the lower section of the Birds Nest aquifer.
For my science fair project, I will be doing the naked egg project. A “naked egg” is an egg that has no shell. During this procedure, a chemical reaction between the egg shell and vinegar occurs. The vinegar eats away or dissolves the eggshell and leaves the inside of the egg intact and in the shape of the shell. A video I viewed of this experiment stated that after it eats the shell away, the egg could turn out to be rubbery, kind of like a bouncey ball.
To find the momentum of the highest drop, the mass of the container with the egg inside it, 0.600 kg, was collected, and the final velocity of 15.0 m/s was calculated. This velocity was calculated by multiplying gravity by the time it took for the container to fall this distance. The final velocity and mass were then multiplied together to get the momentum, which is 9.00 kg m/s. Impulse is the change in an object 's momentum and can quantify the overall effect of a force acting over a specific time. To find the impulse for the highest drop, the value of the force exerted on the container was calculated by multiplying the mass with gravity, which equals 5.89 N. This force was then multiplied by the time it took for the drop, 1.53 s, which equalled an impulse of 9.01 Ns. The impulse and momentum is the same because, in a collision, an object experiences a force for a specific time interval that results in a change in momentum.
When gluing your False Lashes, make sure you let the glue dry for around forty to fifty seconds before putting them slightly above your eyelash line. Setting the glue for a few seconds would make it tacky, and hence will stick better. Further, make sure you have applied more glue to the ends and inner corner so they will not easily fall off. To put on your false eyelashes start pressing it on the middle of the lash line. Then with your tweezers, pull the outer corner close to the lash line.
Column chromatography set-up After setting up the column, 2 10-ml of the chosen solvent was obtained and was placed in two separate test tubes. Using a dropper, ~0.5 mL of the food dye was put into the column by dropping it at the side of the column in a circular motion. The chosen solvent was then added just after the green food
Uncle Sam: Color 1 stick solid blue. Step 2: Flag: Here 's a simple trick to getting the popsicle sticks to stay together. Cut a piece of cardstock paper and glue your sticks to it. Start with red, followed by white until you 've used all your red and white sticks. You should have cut your blue sticks in half and now you 're going to attach them on the left at the top.
It is essential to use the leaves when they are as fresh as possible, do not leave them unattended after the measurements are taken. Step 6: Place the crushed leaves into the bottom of the glass jar of isopropyl alcohol so that they cover the bottom. Step 7: Place the lid on the glass jar tightly. Step 8: Pour hot water into a large bowl and place the glass jar in it. Step 9: Leave the glass jar in the hot water for an hour and shake the jar gently sideways from time to time to stir the leaves.
Gather materials (beaker, 100 milliliters of copper chloride, graduated cylinder, funnel, 2 centimeter by 15 centimeter aluminum foil strip, goggles, gloves, apron, hydrochloric acid, and a spoon to push down the aluminum foil so that it doesn’t rise up and drip copper chloride down the side) 2. Pour 100 milliliters of copper chloride into the graduated cylinder to measure it 3. Pour the copper chloride into the beaker or leave it in the graduated cylinder (whichever you want to conduct the experiment in) 4. Fold the tin foil in half the long way so that you have 1 centimeter by 15 centimeter strip of aluminum foil 5. Curl it into a coil/spring 6.
The Incredible Egg The purpose of this lab was to find out what would happen over time to weight of an egg after we scrubbed the eggshell off in a little spot. We then soaked it in water for 10 minutes, 30 minutes, 24 hours and measure how much the weight went up. Once we came back the next day we measured them after 24 hours. In the same day we put the syrup in the cup instead of water and we measured how much it weighed after 10 minutes, 30 minutes and 24 hours. As we did this with the water the weight of the egg went up because the water soaked into the egg and made it heavier.
This test tube lacked hydrogen peroxide in order to keep the reaction from occuring. In two test tubes labeled “Substrate”, we mixed 0.2 ml of hydrogen peroxide with 0.1 ml guaiacol and 4.7 ml of distilled water. We also labeled two test tubes “enzyme” using a glass marking pen and filled them with 1.0 ml of turnip extract and 4.0 ml of distilled water. After the test tubes were prepared, we put the blank test tube into a cuvette and put it into the spectrophotometer in order to zero it out. While one group member set the spectrophotometer to zero, another mixed one enzyme test tube with one substrate tube and observed a change in it’s color.
This procedure occurred in the presence a Bunsen burner. The inoculation needle were placed within the open flame 15-20 second in order to sterilize the needle and prevent contamination. The needle was allowed to cool 5-10 second before inoculation. Using aseptic transfer technique the needle was used to gather up some of the colonies on the plate, making sure not to touch anything else with the needle. The test tube was uncapped and the lips of the test tube was passed through the open flame three times.
Step 3: After, shell is removed, carefully remove egg from vinegar and place on a paper towel. Step 4: Record observations of the egg after vinegar. (texture, how it looks, etc……) Step 5: Get your triple beam balance and weigh the egg in grams (remember to place a paper towel underneath egg while weighing) Step 6: Record Measurements Step 7: Place an egg in a one of your 2 cups before placing egg name cup distilled water Step 8: Pour distilled water on top to cover the egg Step 9: Place plastic wrap on top of cup to cover the egg filled with distilled water Step 10: Now take your other egg from the vinegar used to take out shell. Step 11: Record observations of the egg after vinegar. (texture, how it looks, etc……) Step 12: Get your triple beam balance and weigh the egg in grams (remember to place a paper towel underneath egg while weighing) Step 13: Record measurements Step 14: Place the second egg in your second cup Step 15: Pour corn syrup on top of the egg to cover
After that we thought about how we could have done it better, and we concluded that it could have taken less tries if we had figured out how many inches are in 0.10 rotations. Those where the results on the rotations part of the reflection on the moving straight mission. Once we did on rotations we moved on to degrees, are results were that it takes 1951.2 degrees at 27% power to go from point A to point B exactly. The strategy I used was to use my previous knowledge to know that there is 360 degrees in 1 rotation. That led me
The hands were washed. Goggles were placed on the eyes for extra protection. A petri dish containing nine pill bugs were obtained and set aside for later use. Two water bottles’ ends were cut and taped to each other creating a miniature tunnel for the pill bugs to crawl in. 50 mL of tap water was obtained in a small beaker and then was slowly moved into the lid of the bottle using a funnel.