The exact answer will depend on the simple equation.
In general terms, you carry out the same operation on both sides of the equation until you have achieved that result.
If you have a positive constant added, you subtract it from both sides:
x + 3 = 5
becomes
x + 3 - 3 = 5 - 3 which simplifies to x + 0 = 2 or x = 2
If it is a negative number, you add it.
If you have a multiple, you divide both sides
5x = 20
5x / 5 = 20/5 which simplifies to x = 4
But remember that whatever you must apply to the whole of both sides.
It is to make the variable the subject of the equation.
A) Divide both sides of the equation by 4.
As it appears, there is no equation but an algebraic term.
To isolate the variable ( m ) in the equation ( 15m + 45 = 0 ), you first subtract 45 from both sides to get ( 15m = -45 ). Then, you divide both sides by 15, yielding ( m = -3 ). Thus, the variable ( m ) is now alone on one side of the equation.
When you solve a one-variable equation, your goal is to isolate the variable.To isolate the variable means to make it be alone on one side of the equals sign.In the equation shown here, you can isolate the variable by subtracting 9 from both sides of the equation and simplifying
isolate the variable
To isolate a variable on one side of an equation, you can perform inverse operations to eliminate other terms. Start by adding or subtracting constants from both sides to move them away from the variable. Then, if the variable is multiplied by a coefficient, divide both sides by that coefficient. Repeat these steps as necessary until the variable stands alone.
It is a simple linear equation with one variable, s.
Divide both sides of the equation by 15
You can call it a "number." To distinguish it from a variable expression, you can also call it a "constant."
In simpler cases, you apply the same operation on both sides of the equation - and you do it in such a way so as to isolate the variable (have it alone, on one side of the equation).For example, take the simple equation:x + 2 = 10You want to have the "x" alone on the left, so you subtract 2 on both sides.
No. In the variable x, alone, it is linear. In the variable y, alone, it is linear. But taken together, in x and y, you have a term which contains xy - that is, a term in which the powers of the unknowns add to 2. So the equation is not linear.