The answer is bonds between atoms break and new bonds form. In order for a chemical change to happen, a new substance/substances (products) have to form that have different properties from the reactants. The bonds in the reactants break and new bonds form in the products.
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<span> ADP and ATP move pretty much in a cycle. ADP is converted to ATP by the weak bond formed between the ADP molecule and a third phosphate group. ATP moves to ADP by the removal of that weakly bonded phosphate group. </span>
I think the correct answer would be the third option. Cell membranes are present in both plant and animal cells. Both cells are eukaryotic cells so that they both contain membrane-bound organelles like the mitochondria, nucleus, lysosomes and the endoplasmic reticulum. Also, Both cells have the same processes for reproduction including mitosis and meiosis. For plant cells, additional structures can be found namely the chloroplasts, vacuoles and the cell wall. Another difference of the two would be the size. Animal cells are smaller than plant cells. Animal cells would have sizes ranging from 10 to 30 micrometers while the plant cells would be 10 to 100 micrometers.
Answer: xiphihumeralis
Xiphihumeralis muscle is a thin tendon-like band of muscle<span> which runs lateral from the smaller pectoral muscle and inserts thru e proximal end of the humerus (arm bone) of a cat. It is the fourth muscle of the pectoralis group. It assists<span> pectoralis minor and moves/ extend the arms/forelimbs. </span></span>
