Answer:
Option C is correct. The flow chart best shows the relationship between the cell structures is:
DNA → gene → chromosome → nucleus
Explanation:
DNA can be described as the material of inheritance.
A gene can be described as the basic unit of inheritance. It is made up of segments of DNA.
Chromosomes can be described as thread-like structures which are made up of different genes.
The nucleus is the site where chromosomes are placed. The nucleus is found in every eukaryotic organism.
Hence, the correct order for these cell structures is illustrated in option C.
Answer: The four principal types of bones are long, short, flat and irregular. Bones that are longer than they are wide are called long bones.
Hope this helps...... Stay safe and have a Merry Christmas!!!! :D
I just want to say that my account got deleted yesterday and i would love if i got at least 15-20 friends by Christmas.
Answer:
Starch: Carbohydrate
Polysaccharide: Carbohydrate
Cholesterol: Lipid
Phospholipid: Lipid
Glycerol: Lipid
Glycogen: Carbohydrate
Monosaccharide: Carbohydrate
Nucleotide: Nucleic Acid
Cellulose: Carbohydrate
RNA: Nucleic Acid
Amino Acid: Protein
Polypeptide chain: Protein
Enzyme: Protein
Glucose: Carbohydrate
Saturated Fat: Lipid
Unsaturated Fatty Acid: Lipid
DNA: Nucleic Acid
<em>(I am unsure for</em><em> </em><em>Polypeptide chain</em>, <em>Saturated Fat, and Unsaturated Fatty Acid)</em>
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<u><em>Hope this helps!</em></u>
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<em>-Isa</em>
For the answer to the question above asking <span>In aerobic respiration, what is the direct source of energy that ATP synthase uses to synthesize ATP?</span><span>I think this is Proton Gradient. It is t</span><span>he product of the electron transport chain. A higher concentration of </span>protons <span>outside the inner membrane of the mitochondria than inside the membrane is the driving force behind ATP synthesis.</span>