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5. Measuring with a ruler using the metric system. The image below shows examples of blood that has been spun in a centrifuge to separate the red blood cells, white blood cells, and plasma. The percentage of blood which is composed of red blood cells is called the hematocrit (HCT). It is an important lab value because it indicates the blood's ability to carry oxygen to working tissues. Plasma: - Water, proteins, nutrients, hormones, etc. Buffy coat: - White blood cells, platelets Hematocrit: - Red blood cells Normal blood Total: RBC: In) bobbon om HCT: Normal Blood: 37% -47% hematocrit 42%-52% hematocrit with Solutiolations 1M 2.0 bas make euch o Anemia: Depressed hematocrit % HOMM Using your ruler measure the total amount of blood and the total amount of RBCs. Enter values in the table below. Use these measurements to calculate the %RBC (Hematocrit) of each of the samples above by taking the length of the RBC divided by the total length. Anemia Total: low RBC: 191Bw ins HCT: DER 1910 day Polycythemia: Elevated hematocrit % 202 203 Polycythemia Total: RBC: HCT:

5. Measuring with a ruler using the metric system. The image below shows examples of blood that has been spun in a centrifuge to separate the red blood cells, white blood cells, and plasma. The percentage of blood which is composed of red blood cells is called the hematocrit (HCT). It is an important lab value because it indicates the blood's ability to carry oxygen to working tissues. Plasma: - Water, proteins, nutrients, hormones, etc. Buffy coat: - White blood cells, platelets Hematocrit: - Red blood cells Normal blood Total: RBC: In) bobbon om HCT: Normal Blood: 37% -47% hematocrit 42%-52% hematocrit with Solutiolations 1M 2.0 bas make euch o Anemia: Depressed hematocrit % HOMM Using your ruler measure the total amount of blood and the total amount of RBCs. Enter values in the table below. Use these measurements to calculate the %RBC (Hematocrit) of each of the samples above by taking the length of the RBC divided by the total length. Anemia Total: low RBC: 191Bw ins HCT: DER 1910 day Polycythemia: Elevated hematocrit % 202 203 Polycythemia Total: RBC: HCT:

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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5. Measuring with a ruler using the metric system. scopun enolichi The image below shows examples of blood that has been spun in a centrifuge to separate the red blood cells, white blood cells, and plasma. The percentage of blood which is composed of red blood cells is called the hematocrit (HCT). It is an important lab value because it indicates the blood's ability to carry oxygen to working tissues. Plasma: - Water, proteins, nutrients, hormones, etc. Buffy coat: - White blood cells, platelets Hematocrit: - Red blood cells (c Normal blood Total: RBC: HCT: In) boboon om Normal Blood: 37% -47% hematocrit O 42%-52% hematocrit 100, 10 m01:00 with utiolations. woled bassil Anemia: Depressed hematocrit % HOMM Using your ruler measure the total amount of blood and the total amount of RBCs. Enter values in the table below. Use these measurements to calculate the %RBC (Hematocrit) of each of the samples above by taking the length of the RBC divided by the total length. TolBW Joy sech of a 30 Jm 007 lowing Anemia Total: RBC: DER 190EW inay HCT: Polycythemia: Elevated hematocrit % 202 202 Polycythemia Total: RBC: HCT:
Transcribed Image Text:5. Measuring with a ruler using the metric system. scopun enolichi The image below shows examples of blood that has been spun in a centrifuge to separate the red blood cells, white blood cells, and plasma. The percentage of blood which is composed of red blood cells is called the hematocrit (HCT). It is an important lab value because it indicates the blood's ability to carry oxygen to working tissues. Plasma: - Water, proteins, nutrients, hormones, etc. Buffy coat: - White blood cells, platelets Hematocrit: - Red blood cells (c Normal blood Total: RBC: HCT: In) boboon om Normal Blood: 37% -47% hematocrit O 42%-52% hematocrit 100, 10 m01:00 with utiolations. woled bassil Anemia: Depressed hematocrit % HOMM Using your ruler measure the total amount of blood and the total amount of RBCs. Enter values in the table below. Use these measurements to calculate the %RBC (Hematocrit) of each of the samples above by taking the length of the RBC divided by the total length. TolBW Joy sech of a 30 Jm 007 lowing Anemia Total: RBC: DER 190EW inay HCT: Polycythemia: Elevated hematocrit % 202 202 Polycythemia Total: RBC: HCT:
2. 3. Perform all the calculations necessary for the volume of stock solution or water, in mL, needed to make the dilute solutions listed below. a. b. C. Make: 200 mL of 30% Ethanol dilute solution Stock Volume needed (mL) 95% Ethanol Reagent water Make: 100mL of .09%NaCL Stock 1% NaCl Reagent water 30% SDS 3 M NaOH Make: 100 mL of a 3% SDS and 0.5 MNaOH dilute solution as follows: Stock Volume needed (mL) Reagent water 200 mL Total 1% Lactose 1% Dextrose Volume needed (mL) 100 mL Total Calculate the grams of chemical needed for each stock listed below. Concentration of Stock to Prepare Volume of Stock Needed 1% Sucrose 100 mL Total 10 mL 20 mL 25 mL Amount of chemical Needed (in grams) Your instructor will have you make ONE of the above solutions-ask your instructor which solution to make.
Transcribed Image Text:2. 3. Perform all the calculations necessary for the volume of stock solution or water, in mL, needed to make the dilute solutions listed below. a. b. C. Make: 200 mL of 30% Ethanol dilute solution Stock Volume needed (mL) 95% Ethanol Reagent water Make: 100mL of .09%NaCL Stock 1% NaCl Reagent water 30% SDS 3 M NaOH Make: 100 mL of a 3% SDS and 0.5 MNaOH dilute solution as follows: Stock Volume needed (mL) Reagent water 200 mL Total 1% Lactose 1% Dextrose Volume needed (mL) 100 mL Total Calculate the grams of chemical needed for each stock listed below. Concentration of Stock to Prepare Volume of Stock Needed 1% Sucrose 100 mL Total 10 mL 20 mL 25 mL Amount of chemical Needed (in grams) Your instructor will have you make ONE of the above solutions-ask your instructor which solution to make.
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