The appropriate response is "Weak London dispersion forces."
Iodine exists as a diaatomic particle, I2, which is framed when two iodine iotas shape a covalent bond.
An essential ramifications of the way that the holding electrons are being share similarly, which is suggested by the covalent holding that exists between the particles, is the way that the iodine atom is nonpolar.
Therefore, the main intermolecular powers of fascination that exist between iodine atoms are generally feeble London scattering powers.
The intriguing thing about London scattering powers is that their quality increments with the measure of the atom being referred to, or, as it were, with the extent of the particle's electron cloud.
More huge atoms have bigger electron mists, something that directly affects the quality of the London scattering powers.
London dispersion forces emerge when arbitrary instantenous varieties show up in the circulation of a moelcule's electron cloud. These varieties bring forth halfway positive and fractional negative charges on inverse sides of the atom - momentary dipoles.
Thusly, these incomplete charges can spellbind a neighboring atom by actuating a comparative charge division in that particle's electron cloud.
Answer:
Explanation:
a) .0003050 significant figure - 4
b) 432.00 significant figure-5
c) .0000008001 significant figure -4
d) 200608.0 significant figure -7
e) .00001503 significant figure-4
f) 60751.0 significant figure- 6.
zero after decimal are all significant . zero before decimal is significant only when it is preceded by a digit.All digits are significant.
The correct answer is that anodization can produce a thin film around the metals, preventing rusting and other kinds of corrosion.
Anodizing refers to an electrolytic passivation procedure used to enhance the thickness of the natural oxide layer on the metal parts surface. The procedure is known as anodizing as the section to be treated produces the anode electrode of an electrolyte cell. The process enhances resistance to corrosion and rusting.
IT IS HIGHLY EXOTHERMIC REACTION AND HEAT IS PRODUCED IN LARGE AMOUNT BECAUSE WHEN WE ADD ACID TO WATER HIGH ENERGY AND HEAT IS PRODUCED