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Answer:
C Hydrogen bonding is the main force that attracts water molecules to
one another.
Explanation:
Hydrogen bonding affects water molecules because, it is the main force which holds and attracts water molecules to one another.
- Hydrogen bonding is an intermolecular force.
- Intermolecular forces holds molecules together. Examples are van der waals forces, hydrogen bonding.
- In a hydrogen bonding, hydrogen of one molecule electrostatically combines with a more electronegative specie usually nitrogen, flourine and oxygen on another atom.
- This attraction results in hydrogen bonding between two or more molecules.
- The unique and anomalous behavior of water is as a result of these hydrogen bonds between its molecules.
Recognizing the Structure of the Periodic Table. Read the periodic table from top left to bottom right. The elements are ordered by their atomic numbers, which increase as you move across and down the periodic table. The atomic number is how many protons the element's atom possesses.
Hello!
Fossil fuels are Carbon-based compounds that when heated in the presence of oxygen undergo a combustion reaction to produce thermal energy and gases. The chemical equation for the combustion of a generic Fossil Fuel (C) is the following:
C + O₂ →CO₂
From this chemical reaction, we can see that CO₂ (Carbon Dioxide) is produced, so the consumption of fossil fuels has increased the Carbon Dioxide concentrations in the atmosphere.
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Answer: There are 4.09×1024 atoms of phosphorus in 3.40 mol copper(II) phosphate.