How does the shape of a molecule affect the polarity of the molecule?

Answer 1

C.A molecule that has a symmetrical shape will be a nonpolar molecule.

Answer 2

The shape of a molecule affects its polarity by determining the distribution of charge within the molecule. In a symmetrical molecule, such as a linear or symmetrical tetrahedral shape, the charges are evenly distributed, resulting in a nonpolar molecule. In contrast, asymmetrical shapes, such as bent or trigonal pyramidal, lead to an uneven distribution of charge, creating a polar molecule with a dipole moment. This polarity influences the molecule's interactions with other molecules and its overall chemical properties.

Answer 3

Oh, dude, it's like this - the shape of a molecule totally affects its polarity. If the molecule is symmetrical, it's usually nonpolar because the charges balance out. But if it's all wonky and lopsided, then it's probably polar because the charges don't cancel each other out. So, like, shape matters, man.

Answer 4

The shape of a molecule can affect its polarity by influencing the distribution of charge within the molecule. For example, in a symmetrical molecule like CO2, the polar bonds cancel each other out due to the linear shape, resulting in a nonpolar molecule. In contrast, a molecule with an uneven distribution of electrons, such as water (H2O) with its bent shape, is polar due to the unequal sharing of electrons.

Answer 5

This question is reversed in terms of the correct cause and effect relationships. Polarity of the molecule is driven by electronegativity, with the oxygen in water as a prime example. In turn this electronegativity causes the bend in the water molecule and thus its characteristic dipole moment. This moment serves to allow hydrogen bonding. This is the core relationship between polar bonds and molecular polarities.

Answer 6

the polarity of molecules brings them closer to each other due to attractions between opposite poles . high amount of energy is required to covert the liquid into vapours so such liquids have high boiling point.

Answer 7

A more polar molecule will have a higher melting point. A polar molecule will have a strong dipole-dipole bond and will require more energy to break that bond.

Answer 8

When the molecular polarity increase, the melting and boiling points are increased also.

Answer 9

Due to strong attraction force between to poles of CMPD so it need large amount of electricity For breaking Crystal lattice and over come the attraction force between the two poles

Answer 10

It makes it either soluble or partially soluble with water and other polar molecules