The non-polar molecules involve London dispersion and dipole – induced dipole forces.
Answer: London dispersion forces and dipole-induced dipole forces
<u>Explanation:
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The non-polar molecules are formed when bond occurs between elements whose electro-negativity value does not vary significantly with each other. The molecules exhibit inter-molecular forces between them to form a bond.
The non-polar molecules have the weakest bond strength since their electro-negativity is not significantly different. So, the non-polar molecules exhibit London dispersion force, a type of Van der Waals force and also dipole-induced dipole forces.
In these forces, the dipole attract each other when the molecules come nearby. When they are moved away, the dipole breaks.
Carbon
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Answer:
a) water molecules move rapidly in the mug of boiling water while they move slowly in the ice water. In the ice itself, the molecules stay in place.
b) Water must release energy to move from a higher to lower energy phase, i.e., from gas (water) vapor to liquid during condensation and from liquid to solid (ice) during freezing. In each case, the energy released by the water results in a change in the internal molecular bonding structure.
Explanation:
Answer:
There are 36 grams in 3.00 moles of carbon.
HOW TO CALCULATE MASS:
The mass of a substance can be calculated by multiplying the number of moles by its molar mass. That is;
mass (g) = no. of moles (mol) × molar mass (g/mol)
According to this question, 3 moles of carbon was given. The mass can be calculated as follows:
atomic mass of Carbon = 12g/mol
Mass = 12g/mol × 3mol
Mass = 36g.
Therefore, there are 36 grams in 3.00 moles of carbon.
Explanation:
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