Answer:
B.The method ensures that offspring will be dispersed and reduces competition for resources.
Explanation:
Intracellular fluid contains high levels of k , large anions, and proteins.
<h3>What is Intracellular fluid?</h3>
- Fluids are bathed inside and outside of human cells. In actuality, the water that is present inside each cell accounts for 42% of the body's weight. Intracellular fluid is the term for the fluid found inside cells (ICF).
- Extracellular fluid (ECF), which refers to all fluid present outside of the cell, is distinguished from intracellular fluid by the semipermeable membrane that encloses it.
- This membrane permits fluid to pass through and leave while blocking the entry of undesirable chemicals or components. Water, proteins, and dissolved solutes are all present in intracellular fluid.
- The solutes are electrolytes, which support the healthy operation of our body. An element or substance that separates into ions when dissolved in fluid is known as an electrolyte.
Learn more about the Intracellular fluid with the help of the given link:
brainly.com/question/13954190
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Answer:
Exchanger or antiporter
Explanation:
The cotransporters are transmembrane proteins that are part of the active transport. These proteins couple the movement of a molecule or ion against its concentration gradient with the movement of one or more cotransporter ions under its concentration gradient, thus allowing the passage of large molecules such as glucose into the cell that transport Passive would not be possible to enter. There are two types:
Simporters:
They are transmembrane molecules that involve the movement of two or more different ions through the phospholipid membrane of the membrane in the same direction. Generally the ions move under the electrochemical gradient allowing the other molecule to move against the concentration gradient.
<u>Exchanger or antiporter (countertransporter)</u>:
They are transmembrane molecules that involve the movement of two or more different ions through the phospholipid membrane in opposite directions, where one species of the solute moves in favor of the electrochemical gradient, allowing the other species a movement against their gradient of concentration
Answer:
The correct answer will be- incomplete dominance
Explanation:
Incomplete dominance is the natural event occurring in nature which leads to the blending of the trait.
The incomplete dominance occurs when none of the alleles from the pair of allele controlling the trait does show dominance over each other which results in equal expression of both the alleles.
In the given case, the allele controlling the color of the flower does not show its complete effect as the crossed product of both the white and orange flowers resulted in the pale orange flower (blending of the trait).
Thus, incomplete dominance is the correct answer.