Multicellular organisms<span> can be much larger and more complex. This is because the cells of the </span>organism<span> have specialised into many </span>differenttypes of cells such as nerve cells, blood cells, muscle cells all performingdifferent<span> functions.</span>
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Explanation:
The type of battery that Jackson's toothbrush is using is a secondary cell; this is because it can be recharged (meaning the electrochemical reactions taking place in the battery can be reversed). Batteries generally work in such a way that, while using it, electrons move from the anode of the battery to the cathode. In primary cells, this process continues until there are no electron to be transferred from the anode to the cathode and then the battery "dies" and is disposed. <u>But in a secondary cell, just like the battery of Jackson's toothbrush, when the battery is been recharged, the electrons start moving from the cathode back to the anode; which makes electrons available again in the anode for use</u>.
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Based on this information the answer is that this chemical is amylose which consists of linear and unbranched chains of several hundred glucose.
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<em>Proteins</em> are molecules that are built form amino acids in the ribosomes of eukaryotic cells.
Explanation:
Proteins can be described as important biological macromolecules which are made up by the combination of amino acids. Different kinds of proteins perform different functions.
There are about 20 amino acids present which make all the different kinds of proteins that occurs in an organism. This is because the genes coding for proteins are transcribed and translated by a genetic code. The genetic code consists of sequences which are arranged in a triplet manner.
Daughter cells if I'm not mistaken