Answer:
Mass of oxygen that will be required to produce 6 mole of water is 96g .
Explanation:
Mass of oxygen = ?
Atomic mass of oxygen is =16g
Molecular mass of O₂= 32 g
Now, according to question statement we need to calculate oxygen needed to produce 6 mol of water .
In 1 mol of water ,there is O₂/2 is present or we can say that 1 oxygen atom is present .
We also know that ,
1 mol of water has = 1 mole of oxygen
Therefore ,
6 moles of water will have 6 moles of oxygen atom
Mass of 6 moles of oxygen atom can be calculated as :
Mole =given mass/atomic mass
6=X /16
X = 16 x 6
=96g
Assuming the system is an ideal gas where the intermolecular forces are very limited. In this case the ratio of the pressure to the total pressure is equal to the ratio of the moles of CO to the total number of moles. Therefore,
n/n,total = p/p,total
0.22/(0.22+0.35+0.64) = P/2.95
P = 0.536 atm
By increasing Atomic number
Answer:
Potential energy is the latent energy in an object at rest, and is one of two forms of energy. The other form, kinetic energy, is the energy expressed by an object in motion.