All carbohydrates, including sugar, therefore contain the same three elements: carbon, hydrogen and oxygen. Different arrangements of these elements form single units to make different types of carbohydrates. Glucose, for instance, is a single-unit carb with six carbon atoms, 12 hydrogen atoms and six oxygen atoms
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Answer:
When ADP adds a phosphate group it stores high energy electrons in the phosphate bond
Explanation
ATP has three phosphate groups and acts as a "charged battery". When it loses one of these phosphate groups, it forms ADP and releases energy from breaking the phosphate bond. This releases energy which can be used to power chemical reactions in the cell.
Answer: A. It produces the greatest change in high and low tides
Explanation:
<span>The number of electrons in the valence shell of an element is the principal determinant factor of the kind of chemical bonding it will be involved in. For an element that has only one electron in its outermost shell, such an element will donate the electron to another element which need only one electron. Thus, such an element will undergoes electrovalent bonding. For an element which have four electrons in its outermost shell, such element will prefer to share the electrons will other elements who need such in order to become stable, thus, such element will undergo covalent bonding.</span>