Answer:
Solution A: crenation
Solution B: hemolysis
Solution C: hemolysis
Solution D: crenation
Solution E: crenation
Explanation:
Hemolysis is the rupturing of red blood cells, which results in the release of hemoglobin (from within the red blood cells) into the plasma. If a red blood cell is placed in a hypotonic solution, water will flow into the cell, the cell will swell and hemolysis will.
Crenation: when a red blood cell is placed in a <em>hypertonic solution (</em>such as highly saline solution), the red blood cell will lose water(osmosis) and will shrink in size. The red blood cell has undergone crenation.
In order for a red blood cell to prevent from undergoing hemolysis or crenation, the cell must be placed in an<em> isotonic solution, </em>i.e either in <u>0.9% (m/v) NaCl solution</u> or <u>5% glucose solution</u>
- Solution B and Solution C are hypotonic solution, thus red blood cell has undergone hemolysis.
- Solution A, D and E are hypertonic solution. thus red blood cell has undergone crenation
Answer: 23.8889
Explanation:
(75°F − 32) × 5/9 = 23.889°C
4
They need more oxygen due to higher temperatures
Answer:
1;2;3
Explanation:
because a consumer is a person that creates and gets stuff
<h2>LARGEST ATOMIC</h2>

- Which has the largest atomic radius Pb or O?

______
- The atomic radius of Pb, <u>also known as "Lead"</u> is <u>180 pm</u> while the atomic radius of O, <u>also known as "Oxygen</u>" is <u>152 pm</u>. <u>The largest atomic radius</u> between Pb and O <u>is Pb</u>.
<h3>Atomic radius definition:</h3>
- A <u>chemical element's</u> <u>atomic radius</u> is a <u>measurement of the size of its atoms</u>, usually the mean or typical distance between the nucleus's center and the boundary of the surrounding electron shells.
<h3>#ProvideUniqueAnswers</h3>