Using this dehydration method, any error less than 10% is acceptable. A. If your percent error is less than 10% discuss what portions of the experiment were most important to achieve accurate results My percent error was 3.32% so answer the question above

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Question 28

Why are the vmax and km for both graphs not the same since the LB is just the inverse of MM plot. which one is more reliable?

Question 2 of 4 Match the following urine odors to its diagnostic origin. Match each item to a choice: Sugary (sweet odor) Maple Syrup (burnt sugar odor) Mousy (moldy odor) Sweaty Feet (sour odor) Ammonia-like (foul odor) Choices: Bacterial Infection MSUD Normal Diabetes mellitus Phenylketonuria

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Question 7: A. Calculate how to make 10 ml of a 7.5% methylene blue stock solution (from solid powder). B. Calculate how to make a series of 1:10 dilutions of this stock. Imagine you'll use 5 ml of each dilution for your experiment. Calculate the final concentrations of each tube. tube 1: take some stock, dilute it 1:10 with some water in a new tube - #1 tube 2: take some of #1, dilute it 1:10 with some water in a new tube tube 3: take some of #2, dilute it 1:10 with some water in a new tube tube 4: take some of #3, dilute it 1:10 with some water in a new tube C. First, decide the total volume to make of each tube-keep in mind measurement accuracy (consider preparing 20% more solution than what you will use). D. Then, calculate how much stock, water and final concentration of each. E. Then, instead of doing a serial dilution, calculate making each of the above solutions using the weight/volume % solution method. F. Compare and contrast serial dilution and W/V % methods

QUESTION 64 When transferring 0.8 mL of a chemical from íts source to a test tube, which of the following equipment would be most appropriate? O 10.0 mL beaker O 1.0 mL pipette 0.1 ml pipette 10.0 mL pipette 25.0 mL beaker QUESTION 65 True or False: The acknowledgements section of a scientific paper recognizes those who have played an active role in designing the experiment, carrying it out and/or analyzing data. O True O False

work rate at VT2 was a stronger correlated of fatigue during repeated bouts (approximately 25 seconds when compare to work rate at VO2max in ice hockey players. Which of the following is not a potential rationale for the study’s findings?enhancing buffering capacity may improve PCr resynthesiswork rate at VT2 may better reflect buffering capacitywork rate at VT2 may be the sustainable work rake that athletes slow to during repeat boutall are correct

State 3 errors that could occur that will affect the quality of the ABG test.(pre-analysis)