Answer:
The correct answer is equilibrium
Explanation:
When the two compartments of a cell contain equal solute concentration then the cell is said to remain in equilibrium.
When cell acheives its equilibrium state at that no movement of solute molecules occur to or from the cell.
Equilibrium state helps to maintain the cellular hameostatis by equalizing the concentration of solute molecules and ions in both the intracellular and extracellular region.
Answer:Producers : Sun
First Level Consumers is the water plants
Second Level Consumers is the shrimp
Third Level Consumers is the Great Blue Heron
Explanation:
Basically it is like what makes it's own food (PRODUCER)
What eats the producer is called a consumer because it does NOT produce it's own food.
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Answer: a) Carbamoyl phosphate synthetase I
Explanation:
The set of reactions of converting ammonia to urea for its elimination makes up what we call the urea cycle. This cycle occurs in liver cells and, in simplified form, consists of 5 steps. In the first step we have the carbamoyl phosphate synthesis. Urea synthesis begins in the mitochondrial matrix by condensing carbon dioxide (CO2) with ammonia (NH3), the primary source of nitrogen, using ATP to form the compound called carbamoyl phosphate. This process is performed with the help of the enzyme Carbamoyl phosphate synthetase I, the regulated and committing step to urea synthesis.
In the 2nd stage: carbamoyl phosphate plus ornithine form citrulline, in the 3rd stage: citrulline plus aspartate form arginosuccinate, 4th reaction: breakage of arginine succinate forms arginine and fumarate and Step 5: Breaking arginine releases urea and regenerates ornithine
Ground Substance is the correct answer
(B) 1, 2, 4, and 5
3 is wrong becasue RBCs produce energy by fermentation
