In this activity you will run an experiment to test the effectiveness of 3 solutions as buffers; tap water, 1X Mcllvaine buffer and 0.1X Mcllvaine buffer. Use the instructions that follow to walk yourself through the experiment and logging of results. You will then use these results to write a Results Section for this experiment. Central Question: Is buffering capacity affected by changing buffer concentration? Write a hypothesis and reasoning for the central question above (put your answer in the text box, it'll expand as you type) Read through the procedure you will be using to test this hypothesis (on the next page), and thenWrite a prediction: (put your answer in the text box, it'll expand as you type) What is the dependent variable in this experiment? Explain. (put your answer in the text box. it'll expand as vou type)

In this activity you will run an experiment to test the effectiveness of 3 solutions as buffers; tap water, 1X Mcllvaine buffer and 0.1X Mcllvaine buffer. Use the instructions that follow to walk yourself through the experiment and logging of results. You will then use these results to write a Results Section for this experiment. Central Question: Is buffering capacity affected by changing buffer concentration? Write a hypothesis and reasoning for the central question above (put your answer in the text box, it'll expand as you type) Read through the procedure you will be using to test this hypothesis (on the next page), and thenWrite a prediction: (put your answer in the text box, it'll expand as you type) What is the dependent variable in this experiment? Explain. (put your answer in the text box. it'll expand as vou type)

Case Studies In Health Information Management

3rd Edition

ISBN:9781337676908

Author:SCHNERING

Publisher:SCHNERING

Chapter3: Informatics, Analytics, And Data use

Section: Chapter Questions

Problem 3.2.2C

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