Conclusion:3. Molly is experimenting with water. She wants to see if the rate of evaporation changes whenwater is covered. She pours 50 ml of water into each of 3 cups. She leaves one uncovered,covers one with plastic wrap, and covers the last with a paper towel secured with a rubber band.She makes a hypothesis that the water in the uncovered cup will evaporate the fastest. Sheleaves all the cups in the same place. After 24 hours, she compares the water level in each cupand notices that the uncovered cup has less water in it than the others. The cup covered withplastic wrap has evaporated the least, leaving the most water in that cup.Conclusion:© 2007 MCDONALD PUBLISHING CO.14Mastering the Scientific Method>>Page 1010

The type of vaporization where the state of molecules on the liquid’s surface is changed to the…

Answered: Molly is experimenting with water. She…

Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

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You will make 5 dilutions in separate tubes each diluted 1 into 3 in water from the previous tube. Your first tube should be a 1 into 2 dilution from your 100% stock. Each tube should have final volume of 500uL.
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You said that "Exposure to an extremely salty environment, on the other hand, could potentially harm them by disrupting their internal environment and causing dehydration or an ion imbalance." I can't seem to find this anywhere do you have a research paper or source to show this? Thanks for your time and help I appreiate it
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On the graph that relates absorbance to flavin concentration, draw a horizontal line that starts at the point on the y-axis that corresponds to the absorbance of your unknown sample and ends at the curve you drew through your data points . Next draw a vertical line that starts at the point where the horizontal line intersected the curve and ends at the x-axis. The point where this vertical line intersects the x-axis corresponds to the concentration of flavin in your unknown sample. What was the letter on the tube with your unknown sample? What is the concentration of the flavin in your unknown
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