Uranium<span> (</span>92U<span>) is a </span>naturally occurring<span> radioactive element that has no stable isotopes but two primordial isotopes (</span>uranium-238<span> and </span>uranium-235<span>) that have long half-life and are </span>found<span> in appreciable quantity in the Earth's crust, along with the decay product </span>uranium-234<span>.</span>
Oxygen is more <u>electronegative</u> than Hydrogen
So . . .
When the two form covalent bonds, oxygen pulls the electrons closer and farther from hydrogen
So . . .
The water molecule is <u>polar</u>, with oxygen more negative and hydrogen more positive.
So . . .
Since opposites attract, the more negative oxygens attract the more positive hydrogens of other water molecules, forming the <u>hydrogen bonds.</u>
42700 milliliters would be the answer...
Hope this helps!
If I'm not mistaken it's C.
Well, you already know that Nitrogen is diatomic. Your question is, why do they have a triple bond. It's quite simply when you think about it, all diatomic molecules will share electrons in the perfect manner in order to fill their own octet. Nitrogen needs to fill it, and seeing that it only has 5 valence electrons, it needs a triple bond with another nitrogen in order to achieve it. 5+3 = 8 (full shell)
