1. Calculate concentrations for each test tubes in mg/mL. 20mL of stock Brilliant Blue solution is added to test tube #1...
1. Calculate concentrations for each test tubes in mg/mL. 20mL of stock Brilliant Blue solution is added to test tube #1. The concentration of this stock solution is 0.025g/L.
a) Test tube #2, 10mL distilled water + 10 mL of stock Brilliant Blue solution from test tube #1.
b) Test tube #3, 10mL of distilled water + 10mL of solution from test tube 2.
c) Test tube #4, 10mL of distilled water + 10mL of solution from test tube 3.
d) Test tube #5, 10mL of distilled water + 10mL of solution from test tube 4.
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1. Calculate concentrations for each test tubes in mg/mL. 20mL of stock Brilliant Blue solution is added to test tube #1...
Calculate the initial concentration of Fe3+ in test tubes 1-4. (you will need to take the...
Calculate the initial concentration of Fe3+ in test tubes 1-4. (you will need to take the dilution in to account) Calculate the initial concentration of SCN-in each of test tubes 1-4. (you will need to take the dilution in to account) 2. Label four 20 x 150 mm test tubes 1-4. Pour about 30 mL of 0.0020 M Fe(NO3)3 into a clean, dry 100-ml beaker. Pipet 5.0 mL of this solution into each of the four labeled test tubes. Use...
1. You have been asked to make a 1:5 dilution of 20mL of patient sample. The...
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Stock glucose (C6H12O6) solution with concentration 50.0 mmol/L. 0.30 mL of such stock solution and added...
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Measurement and Accuracy Procedure Obtain 5 large test tubes (all the same size), a test tube...
Measurement and Accuracy Procedure Obtain 5 large test tubes (all the same size), a test tube rack, 3 beakers of colored water A-C, and 3 graduated cylinders. With a Sharpie, label the tubes 1-5 Measure 25 mL of solution from beaker A (red) using a clean graduated cylinder. Pour into tube 1. Measure 28 mL of solution from beaker B (yellow) using a clean graduated cylinder. Pour into tube 3. Measure 22 mL of solution from beaker C (blue) using...
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Methods A. Setting up your tubes: Label (1, 2, 3, 4, 5, and 6) the six 1.5 ml size tubes at your station. Put 25 HL of red water solution into test tube number 1 Put 30 uL of yellow water solution into test tube number 3 Put 40 HL of blue water solution into test tube number 5 B. Constructing color spectrum: Make sure you record action in Table II below: Take 5 L from tube number 1 and...
3. Why was the concentration of catechol in test tube 2 and 4? Caps Lo 448...
3. Why was the concentration of catechol in test tube 2 and
4?
Caps Lo 448 1. I You will determine 2. Why Shift 1 he sequence given in the Ctrl record whether or Activity 6 - Enzyme Inhibition This activity will investigate the inhibition of catechol oxidase by phenylthiourea (PTU). You w PTU is a competitive or noncompetitive inhibitor. 1. Write your hypothesis and prediction. 2. Obtain a bottle of PTU. 3. Using Table 6.1, prepare three experimental tubes....
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1. I placed 5 mL of 0.025 M CuSO4 in a test tube, and slowly added 15 M NH3 until my solution turned blue, I then removed reactant by adding (CuSO4, NH3, H20, HCl, NaOH) and my test tube appeared clear, light light blue. That's because as I removed reactant, the Cu2+ concentration (increased, decreased, stayed the same) 2. In a medium test tube, I added 2 drops of 6 M NaOH to 5 mL of 0.05 M MgCl2(aq) to...
Seven Tubes Contain 1 ml of Saline. You add 1 ml of a 64 mg/ml sample...
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10. The concentrations for each test are determined in the units; mg. protein per tube and...
10. The concentrations for each test are determined in the units; mg. protein per tube and mg. protein per ml. of sample. Are these values numerically the same? Explain. ______________________________________________________________________________ _____________________________________________________________________________
Lab 5: Additional Dilution Problems You have a stock solution that contains 24 mg/ml of protein....
Lab 5: Additional Dilution Problems You have a stock solution that contains 24 mg/ml of protein. You want to make a set of standards with the following concentrations: 12 mg/ml, 6 mg/ml, 3 mg/ml and 1.5 mg/ml You need a minimum of 500 ul of each standard after all dilutions are completed. Using the technique of serial dilution, explain how you would make your standards by filling in the chart below. Std 4 Std 1 12 Std 2 6 Std...
Calculate the initial concentration of Fe3+ in test tubes 1-4. (you will need to take the dilution in to account) Calculate the initial concentration of SCN-in each of test tubes 1-4. (you will need to take the dilution in to account) 2. Label four 20 x 150 mm test tubes 1-4. Pour about 30 mL of 0.0020 M Fe(NO3)3 into a clean, dry 100-ml beaker. Pipet 5.0 mL of this solution into each of the four labeled test tubes. Use...
1. You have been asked to make a 1:5 dilution of 20mL of patient sample. The final volume should be 100mL. Which of the following outlines the correct way to make this dilution? For the other answer options, explain why they are incorrect. A. 10mL of patient sample added to 40mL of saline B. 10mL of patient sample added to 50mL of saline C. 20mL of patient sample added to 100mL of saline D. 20mL of patient sample added to...
Methods A. Setting up your tubes: Label (1, 2, 3, 4, 5, and 6) the six 1.5 ml size tubes at your station. Put 25 HL of red water solution into test tube number 1 Put 30 uL of yellow water solution into test tube number 3 Put 40 HL of blue water solution into test tube number 5 B. Constructing color spectrum: Make sure you record action in Table II below: Take 5 L from tube number 1 and...
3. Why was the concentration of catechol in test tube 2 and
4?
Caps Lo 448 1. I You will determine 2. Why Shift 1 he sequence given in the Ctrl record whether or Activity 6 - Enzyme Inhibition This activity will investigate the inhibition of catechol oxidase by phenylthiourea (PTU). You w PTU is a competitive or noncompetitive inhibitor. 1. Write your hypothesis and prediction. 2. Obtain a bottle of PTU. 3. Using Table 6.1, prepare three experimental tubes....
Lab 5: Additional Dilution Problems You have a stock solution that contains 24 mg/ml of protein. You want to make a set of standards with the following concentrations: 12 mg/ml, 6 mg/ml, 3 mg/ml and 1.5 mg/ml You need a minimum of 500 ul of each standard after all dilutions are completed. Using the technique of serial dilution, explain how you would make your standards by filling in the chart below. Std 4 Std 1 12 Std 2 6 Std...
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