It's possible to perform other operations first. But if you try it, there's a muchbigger chance that you'll get all tangled up and your result will be wrong.
it is a one-step equation
If you take a common factor and write it outside of the parentheses (which you may need to add), that's called "factoring" or "factorizing". If you have a common factor in the numerator and denominator of an expression, you can just eliminate both; that's often referred to as "simplifying".
To put a plus or minus sign with the digit 5
To reduce a fraction to its lowest terms divide the numerator and the denominator by their highest common factor
Its bodmasbrackets offdivisionmultiplicationadditionsubtraction
I suggest that the next step should be identifying "this" expression.
the 1st step is either to take out something in common like 2x+2 is the same as 2(x+1) or to combine like terms, like you know that 2x+x+3x can be simplified to 6x
A
If 14e + 10f = 12f, the first step towards simplifying the expression is subtracting 10f from each side. You therefore have 14e = 2f, which you can divide by 2 to isolate f. Solution: 7e = f
That is called 'solving'.
There are a few rules for simplifying an algebraic expression. Specifically, one should combine like terms, and then they should try to isolate the variable by doing the opposite, either multiplication or division.
blow me
Substituting a numerical value for each variable in an expression and then simplifying the resulting expression is known as evaluating the expression. This process involves following the order of operations, which includes performing operations inside parentheses first, then exponents, multiplication and division from left to right, and finally addition and subtraction from left to right. By replacing variables with specific numbers, we can determine the exact value of the expression based on those inputs.
322
23.400000000000002
factor