the fraction is percent over 100 and fraction over the whole. Whatever number is missing you multiply across in an X with the end being the empty space.
There appears to be no equation in the question: only some disjoint expressions. Expressions cannot be solved.
You solve the equation the same way as you would any other equation. Whether the variable is a fraction or otherwise will only become clear once you solve the equation. In other words, you don't initially KNOW whether the solution will be a fraction or not.
An equation or an inequality can be solved but an expression cannot be solved.
To isolate a variable in the denominator of a fraction, you can start by multiplying both sides of the equation by the denominator. This eliminates the fraction and allows you to manipulate the variable directly. After multiplying, rearrange the equation to solve for the variable. Finally, ensure that you check for any restrictions, such as the variable not being equal to zero, to avoid undefined expressions.
Some expressions can't be factorised, and you have to use other methods to solve the equation.
There appears to be no equation in the question: only some disjoint expressions. Expressions cannot be solved.
There appears to be no equation in the question: only some disjoint expressions. Expressions cannot be solved.
You solve the equation the same way as you would any other equation. Whether the variable is a fraction or otherwise will only become clear once you solve the equation. In other words, you don't initially KNOW whether the solution will be a fraction or not.
There appears to be no equation in the question: only some disjoint expressions. Expressions cannot be solved.
An equation or an inequality can be solved but an expression cannot be solved.
There are two expressions in the question but no equation - so nothing to solve.
To solve a two-step equation with a fraction, first isolate the variable by eliminating the fraction. You can do this by multiplying both sides of the equation by the denominator of the fraction. Next, simplify the equation and then perform the necessary operations (addition or subtraction) to isolate the variable completely. Finally, solve for the variable to find the solution.
To isolate a variable in the denominator of a fraction, you can start by multiplying both sides of the equation by the denominator. This eliminates the fraction and allows you to manipulate the variable directly. After multiplying, rearrange the equation to solve for the variable. Finally, ensure that you check for any restrictions, such as the variable not being equal to zero, to avoid undefined expressions.
No, because it is not an equation (or inequality), but simply two expressions separated by a space.
In many cases you can simplify an algebraic expression. You don't really "solve" them; an equation can be solved. An equation is a declaration that two expressions are equal, for example, x + 3 = 10.
the fraction means for you to divide but if you are doing inverse operation, you are multiplying.
There appears to be no equation in the question: only some disjoint expressions. Expressions cannot be solved.