there made in the cells ribosomes
B. Facilitated diffusion
C. Simple diffusion
D. Osmosis
Answer:
C
Explanation:
The only process that does not generate energy is Photosynthesis. Photosynthesis does not release energy from glycolysis, whereas cellular respiration, fermentation, and glycolysis do.
The animal, human, and plant all get energy from cellular respiration, which is the oxidation of glucose. Glucose is synthesized by plants, which are producers through the photosynthesis process, and this glucose is synthesized by plants and animals use it for energy production.
The glycolysis process involves oxidation of the glucose to produce pyruvate, which is then fed into the electron transport chain to produce ATP. If the pyruvate does not receive enough oxygen, it enters the fermentation process to produce ATP, but only a small amount of ATP is produced. When the pyruvate gets enough oxygen, complete oxidation of the glucose takes place.
Hence, Photosynthesis, the final option, is the only process that does not generate energy from glucose but makes glucose.
Learn more about the energy or ATP here.
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The question is incomplete, the complete question might be the following.
Which process does NOT release energy from glucose?
a. glycolysis
b. fermentation
c. cellular respiration
d. photosynthesis
Answer:
Photosynthesis
Explanation: Hope it helps!!
If human sperm and eggs were produced by mitosis instead of meiosis, they would be diploid cells, possibly resulting in a zygote with an excess of chromosomes. This imbalance could lead to nonviable offspring and developmental complications, as necessary components for early development are only present in the egg cell.
Currently, human sperm and eggs are produced by the process of
meiosis
, which results in
haploid cells
that contain half the number of chromosomes as the parent cell. If, hypothetically, sperm and eggs were produced by mitosis, they would be
diploid cells
with a full set of chromosomes similar to normal body cells. With such a change, sexual reproduction, as we understand it, could not occur, as the fertilization event would result in a zygote with four sets of chromosomes, creating a significant imbalance in genetic material. This could potentially lead to numerous complications and abnormalities in the offspring, likely making them nonviable. Additionally, critical components necessary for early development are present in the cytoplasm of the egg cell, without which, no subsequent development would occur. In conclusion, the production of sperm and egg cells via mitosis instead of meiosis would fundamentally alter human reproduction and could potentially lead to severe problems in offspring development.
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