A: Polarized capacitors can be smaller in size as compared to a non polarized in the same capacity
Oil is insoluble in water because it is a nonpolar substance, while water is a polar molecule. The polar nature of water causes it to form hydrogen bonds, making it a polar solvent. Oil, being nonpolar, cannot form these bonds with water, leading to its insolubility.
Yes. Heptyl alcohol has a seven carbon chain which caused its nonpolar characteristics to dominate over the polar characteristics making it insoluble in water.
This method may work in certain cases, but many polar compounds are immiscible in water. An example would be fatty acids: polar by definition, but can be insoluble in H2O as their tail length increases
Ioddine chloride is a linear molecule with an electronegativity different of 0.5 meaning that the bond between I and Cl is polar. Since the molecule is linear, the molecule is over-all is polar.
kerosene does not dissolve in water because it is a non polar liquid while water is polar so due to different nature they are insoluble. kerosene due to less density floats over water surface.
Because a capacitor is ideal for storing energy over short periods, as in a reservoir capacitor in a power supply.
Yes, The two C-O bonds are slightly negative and the C=0 bond is chargeless, so overall it is a polar molecule. (It also has dipole-dipole intermolecular force, but i might be wrong on that)
The capacitor can discharge over the connecting wires; i.e., outside the capacitor. Some discharge can also occur over the dielectric, since it will not insulate completely.
An OH molecule is polar. Because the oxygen has a higher electronegativity, it will have the shared electron much more than the hydrogen. Therefore the oxygen end of the molecule will develop a slightly negative charge, and the hydrogen end a slightly negative one.
Oversizing the capacitor can shorten motor life.
I would say that it is polar. The shape of the molecule is tetrahedral with the C in the middle and the H and three F single bonded to it. //H FCF //F The electronegativity of H is 2.20 (according to Wikipedia) and the electronegativity of F is 3.98. An electronegativity difference of over 0.5 is considered to be a polar covelent bond. The difference in this molocule is 0.78. (3.98-2.20=0.78)
Nothing will happen, you can go over 6.3v but never under......