The Lewis structure of Carbonic Acid (H₂CO₃) is given below. In structure it is shown that carbon has a double bond with one oxygen atom and two single bonds with hydroxyl groups.
Formal Charge; Formal charge is caculated as,
Formal charge = # of valence e⁻ - [# of lone pair of e⁻ + 1/2 # of bonded e⁻]
Formal charge on Carbon;Formal charge = 4 - [ 0 + 8/2]
Formal charge = 4 - [4]
Formal charge = Zero
O le elo ma muli pipilo ma le kaoga e fai gi o meaoga
Answer:
It's explained by nebular theory, which describes the forces and processes at play as a nebula spins and accretes into a star and its planets orbiting it. A key piece of information to always keep in mind is that the force of gravity is responsible for accretion and all the objects it forms.
Explanation:
I hope this helps my mom helped me with this question too
Answer:
1 pi bond and 6 sigma bonds
1.31 × 10⁴ grams.
<h3>Explanation</h3>
Assume that oxygen acts like an ideal gas. In other words, assume that the oxygen here satisfies the ideal gas law:
,
where
the pressure on the gas, 
;
the volume of the gas, 
;
the number of moles of the gas, which needs to be found;
the absolute temperature of the gas, 
.
the ideal gas constant, 
if P, V, and T are in their corresponding SI units: Pa, m³, and K.
Apply the ideal gas law to find :
.
In other words, there are 410.3 moles of O₂ molecules in that container.
There are two oxygen atoms in each O₂ molecules. The mass of mole of O₂ molecules will be 
. The mass of 410.3 moles of O₂ will be:
.
What would be the mass of oxygen in the container if the pressure is approximately the same as STP at 
or 
instead?
