To expand an equation you multiply the number outside the bracket with everything inside the bracket. ex. 3(x+3) becomes 3x+9
Not quite sure what you want to expand. One thing you can do is multiply both sides of the equation by the same (non-zero) number.
That's not an equation - an equation has an equal sign. To get an equivalent FRACTION, you can 1) Simplify the fraction. Look for common factors between the two numbers, then divide both parts of the fraction by this number. 2) Expand either the original fraction or the simplified fraction, by multiplying both parts by some number - the same number in both cases.
It would depend on the nature of each side. For example, if a side contained bracketed and not bracketed terms, then I would expand but, if not, I would not.
Expand generally means to expand the problem. I'm assuming this is a function, you'd expand it into a simpler form (factor things out and such).
To expand an equation you multiply the number outside the bracket with everything inside the bracket. ex. 3(x+3) becomes 3x+9
Not quite sure what you want to expand. One thing you can do is multiply both sides of the equation by the same (non-zero) number.
That's not an equation - an equation has an equal sign. To get an equivalent FRACTION, you can 1) Simplify the fraction. Look for common factors between the two numbers, then divide both parts of the fraction by this number. 2) Expand either the original fraction or the simplified fraction, by multiplying both parts by some number - the same number in both cases.
It would depend on the nature of each side. For example, if a side contained bracketed and not bracketed terms, then I would expand but, if not, I would not.
How do you expand a number?
The heart can expand.
To solve something you need an equation (or inequality). An equation comprises two expressions with an equality sign between them. Here, there is only one expression: the "square of binomial". So, you cannot solve it.You expand the expression as follows:(ax + b)^2 = a^2x^2 + 2abx + b^2
Expand generally means to expand the problem. I'm assuming this is a function, you'd expand it into a simpler form (factor things out and such).
Its just expand.
Expand
Yes, the universe expand.
Expand