The force reduces
Explanation:
According to Coulomb's law, the force between the charges will reduce if the separation between the charges increases.
Coulomb's law states that "the force between two charges is a directly proportional to the product of the magnitude of the charges and inversely proportional to the square of their separation.".
F = 
where F is the electric field force
K is the constant of the field
is charge 1
is charge 2
r is the separation
We see that the separation is inversely proportional to the force between the charges. The larger the separation, the weaker or smaller the force.
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Answer:
yes
no
no
yes
Explanation:
<h2>ch4(g)+2o2(g)=Cos(g)+2h2o(g)</h2>
It is 14, plug it in or use inverse equations. Since they're vertical angles they are the same value. 41 = 2x+13, 28 = 2x (subtract 13), 14 = x (divide by 2).
Answer:
the 2p5 should have filled up one more so it would be 2p6 ...which assuming it's not an excited electron?
<u>True,</u> <em>scientists take all the numbers and </em>
<em>bring them down to a smaller scale.</em>
<em> Or in your case a smaller model.</em>