Review Uuristas A red blood cell is placed into each of the following solutions. Indicate whether...
Identify whether the following solutions are hypotonic, hypertonic or isotonic (with respect to a red blood cell). Also indicate whether crenation, hemolysis or no change will occur. a. 1.5 % NaCl b. 5 %glucose c. 0.09 % NaCl d. 3.8 %glucose e. 0.9 % glucose
93 SUluiunl Ul CUnUlu. 6. With regards to red blood cells (RBCS), what are 2 examples of solutions of glucose and NaCI that are isotonic? 7. What would happen to a RBC if it was put into a hypotonic solution? 8. Into a hypertonic solution? 9. Label these solutions as hypotonic, hypertonic, or isotonic. Also state what would happen to the red blood cell (crenation, stays nice, hemolysis) Solution: Нуро-, Нурer-, or Isotonic Crenation, Stays Nice, Hemolysis 3% NaCl DI...
When blood cells are placed in a 0.50% (m/v) solution of NaCl, this is considered: crenation isotonic hypotonic hypertonic Question 19 (4 points) Saved When blood cells are placed in a 0.9% (m/v) solution of NaCl, this is considered: isotonic hemolysis hypotonic crenation
For the following solutions indicate if they are isosmotic with the intracellular fluid of a red blood cell (assume red blood cell osmolarity is 300 mOsm). Also indicate if red blood cells would swell or shrink if placed in a given solution. Solution Osmolarity (Osm) Osmolarity (hyper, iso,hypo) Tonicity (hyper, iso, or hypo) Hemolysis (Yes or No) 150 mM NaCl ddH2O 100 mM NaCl 50 mM NaCl 300 mM sucrose 150 mM CaCl2 300 mM urea 900 mM urea 900...
Help me get the correct answers for the pictures and the question at the bottom. Cell membranes are semipermeable, and osmosis is an ongoing process in the body. Differences in osmotic pressure inside and outside a red blood cell can result in crenation (shriveling) or hemolysis (rupture). The diagram shows three solutions: an isotonic solution, a hypertonic solution, and a hypotonic solution. Place the appropriate red blood cell in each solution. isotonic solution hypertonic solution hypotonic solution Answer Bank The...
Classify each compound as a strong electrolyte, weak electrolyte, or nonelectrolyte. Strong electrolyte Weak electrolyte Nonelectrolyte Answer Bank H.CO, (NH4)2S H, SO Classify the mixtures as colloids, suspensions, or true solutions. Colloids Suspensions True solutions Answer Bank mayonnaise table salt in water tog milk or magnesta d use free ait Dood Assuming 100% dissociation, calculate the freezing point and the boiling point of 0.820 mol Na, So, in 1.00 kg water. freezing point: boiling point: Cell membranes are semipermeable, and...
check my answer please if it wrong correct me Osmosis is an ongoing process in the body that is possible because cell membranes are selectively permeable (semipermeable). Osmosis effects can be observed in the lab. For example, differences in osmotic pressure inside and outside a red blood cell can result in crenation (shriveling) or hemolysis (rupture). For this reason, care must be taken when administering intravenous (IV) fluids to hospital patients. If the IV solution has a different concentration from...
Tesm Pre-Lab Study Questions I. In 1 In making pickles, the cucumber making pick les, a cucumber is placed in when it is left in the salt solution for some time. a concentrated salt solution. Explain what happens t wso6 osmotic act on hresh the 2. Why is it important that cell membranes are 3. What are the differences between solutions, colloids, and . Indicate the compartment (A or B) that will increase in volume for each of the following...
1) Suppose you made an intravenous solution, intended to be isoosmotic to red blood cells (i.e., 300 mOsm). You add 5 grams of NaCl to 800 ml of distilled water. Will this solution be isoosmotic to cells? if not, what will happen to the cells? (Will they take in water or lose water?) How would you make 500ml of a 5% NaCl solution? You dissolve 20 grams of glucose into water to give a solution whose final volume is exactly...
Solutions A and B are separated by a semipermeable membrane. For each of the following pair, determine the direction of flow of water (A to B or B to A) a. A: 2.5 % glucose solution. B: 4.0 % glucose solution b. A: 2.0 M NaCl solution. B: 0.9 M NaCl solution