Yes, they remain the same
===alternate answer===
Did you mean to ask if both sides will still be equal to each other, then yes.
If you meant to ask if bot sides would still have the same value they had originally, the answer is no.
Example: Original equation: 4 = 8/2
Adding 3 to each side: 4 + 3 = 8/2 +3
They are both still equal to each other. But in the original equation each side was equal to 4, and in the derived equation both sides equalled 7.
It was an equation to start with. That is, both sides were equal. So, if you do the same thing to each side they will still be equal. You can also add or subtract the same number from each side and they will be equal. As long as you treat both sides the same they will remain the alike -- that is, they will remain equal.
When you multiply both sides by a negative number the inequality must be flipped over. You do not do that when multiplying by a positive number.
Subtract that number from. Your welcome dumb
1/3
Details may vary depending on the equation. Quite often, you have to square both sides of the equation, to get rid of the radical sign. It may be necessary to rearrange the equation before doing this, after doing this, or both. Squaring both sides of the equation may introduce "extraneous" roots (solutions), that is, solutions that are not part of the original equation, so you have to check each solution of the second equation, to see whether it is also a solution of the first equation.
It was an equation to start with. That is, both sides were equal. So, if you do the same thing to each side they will still be equal. You can also add or subtract the same number from each side and they will be equal. As long as you treat both sides the same they will remain the alike -- that is, they will remain equal.
adding the same number to each side of an equation, while two sides remain equal
Yes, that is correct. That is the beuty of algebr a- whatever you do to one side of the equation you do to the other and the sides remain equal. The word algebra comes form the Arabic "al jabr" which means, roughly, "what I do to one side I do to the other"
Balanced
If the number of atoms of each element is the same on both sides of the equation, then it is balanced.
Balanced
if you mean the same number of each type of atom, yes.
the number and type of atoms of reactant and product are the same
From each side the number of atoms of each element must be the same.
In Chemistry, this is the known as the Law of Conservation of Matter. While the moles of individual substances may change, the number of atoms of reactants is the same as the number of atoms of products.
They remain the same.
if you mean the same number of each type of atom, yes.