The solutions of the equation (if any) remain unchanged.
1). Add ' 3k ' to each side of the equation. 2). Add ' 5 ' to each side. 3). Divide each side by ' 3 ' .
Yes.
You said that (15 - 3x) = 21 . Divide each side of the equation by 3: (5 - x) = 7 Add 'x' to each side: 5 = 7 + x Subtract 7 from each side: -2 = x
Here are the steps: -- Write the equation. -- Combine like terms on the right side. -- Add 10 to each side of the equation. -- Subtract 2b from each side. -- Divide each side by 2 .
algebra
You add one side of each of the equations to form one side of the new equation. You add the other sides of the equations to form the other side. Subtraction is done similarly.
To maintain balance in the equation, you should also add -5 to the right side.
x/2+ x/4 = 60 Multiply each side of the equation by 4 :2x + x = 2403x = 240 Divide each side by 3 :x = 80
1) Write out the equation with molecular formula. 2) Identify the elements present on each side of the equation. 3) Count how many of each are on each side - and attempt to balance from there. * Any good examples of equation balancing would be good to add to anyone answering.
-- Add 5p to each side of the equation. -- Add 15 to each side of the equation. -- Look at the equation and find the one last step that will give you " p = a number ", which is the solution.
9
Here is one:x = 0.02 If you prefer a more fancy equation, you can do anything to both sides of the equation (the same thing to each side); for example, add the same number to each side, or multiply each side by the same number.