Answer: New absolute pressure is
Explanation:
Gay-Lussac's Law:
This law states that pressure is directly proportional to the temperature of the gas at constant volume and number of moles. As the gas is enclosed in a rigid metal container the volume of the gas is fixed.
(At constant volume and number of moles)
Given:
At STP (standard temperature and pressure) 1 mole of a gas takes up 22.4L
so 2.33/22.4=0.104 mol H2S
<span>When 18O (Oxygen) is struck by a proton, 18F (Fluorine) and another particle are produced. This other particle produced by +Beta decay is a positron, or </span><span>1 /0n (Option #6 in the choices you provided)</span>
The answer is a, because the question is referring to partial pressures. Partial pressures are a mere sum, no halving or doubling of anything is necessary.
So, A
Hope this helped :)
Answer:
A very high powered nuke.
Explanation:
The sheer force,as used in "Armageddon",will have to be more powerful than Tsar Bomba,the largest nuclear bomb to detonate in history.In order to make this bomb,you would need a <u>lot</u> of nuclear fission.This is a delicate process,so we must do it carefully,but not too slowly.Next:The detonation.It would either have to be rocket powered to the asteroid cluster,asteroid,etc,or it would have to be transported.Once near the target,it would have to be remote detonated from a far distance,because radiation travels FAST through space,therefore,if not a far enough distance away,you would melt into nothing,probably.Once detonated,there are multiple possibilities,the rock could split in half and go separate ways around the earth,reattach,and keep going.Or maybe the bomb would do nothing and just put another crater in the asteroid,and we all die.There are way more,but to the point,a nuclear bomb has a 50% chance of working,but its the best way.