Catabolism breaks down large molecules (such as polysaccharides, lipids, nucleic acids, and proteins) into smaller units (such as monosaccharides, fatty acids, nucleotides, and amino acids, respectively).
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The solutions to the problems in the image chart above is given below:
(I) The function of root hairs is that it helps in the uptake of water and nutrients for the plant cell.
(II) The structural adaptation which enables the root hairs the up movement of water and nutrients is their possession of large surface area, which in the at the end of process increase the rate of absorption.
(I) The function of muscle cells is that it enables movement of body parts
(II) The structural adaptation of muscle cell is that they have this structure called sarcoplasmic reticulum, it is this structure which enables the muscle cells pump substances which regulates movement
(I) The main function of nerve cell is that it helps in the transmission of messages by means of electrical impulses.
(II) The structural adaptation of a nerve cell is the that a nerve cell has a long fibre through which it helps to convey messages from one parts of the body to another.
The image chart is attached.
<h3>What is a nerve cell?</h3>
A nerve cell is the structural and functional unit of the nervous system which helps in the recieving and passing messages by electrical impulses.
So therefore, the root hairs of plants helps in the up movement of water and ions for the plants sustenance.
Read more on muscles cells and cells:
brainly.com/question/13920046
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None of the above... Ingumentary system is the one that regulates body temperature. The ingumentary system is skin, hair , sweat glands and nails
<span>DNA replication is the production of identical DNA helices from a single double-stranded DNA molecule. Each molecule consists of a strand from the original molecule and a newly formed strand. Prior to replication, the DNA uncoils and strands separate. A replication fork is formed which serves as a template for replication. Primers bind to the DNA and DNA polymerases add new nucleotide sequences in the 5′ to 3′ direction. This addition is continuous in the leading strand and fragmented in the lagging strand. Once elongation of the DNA strands is complete, the strands are checked for errors, repairs are made and telomere sequences are added to the ends of the DNA.</span>