Answering and algebraic equation by expanding what's in the brackets is also called factoring. Factoring perfect square trinomials or other types of equations are done differently, but I'll show you a basic example.
1. First multiply all the terms in the second set of brackets by the first term in the fist brackets. So y x y and y x -3 which will give you y
(y+6)(y-3)
It is the opposite of Expanding The Brackets
It is equivalent to 6-27m after expanding the brackets
Expanding brackets is commonly used in real life when dealing with financial calculations, such as budgeting or investment analysis, where one needs to simplify expressions that represent costs or profits. It's also applicable in construction and engineering, where formulas for areas or volumes may involve polynomials. Additionally, expanding brackets is useful in fields like physics and computer science, where equations need to be simplified for problem-solving or programming algorithms.
The different types of brackets are: * round brackets, open brackets or parentheses: ( ) * square brackets, closed brackets or box brackets: [ ] * curly brackets, squiggly brackets, swirly brackets, braces, or chicken lips: { } * angle brackets, diamond brackets, cone brackets or chevrons: < > or ⟨ ⟩
* round brackets, open brackets or parentheses: ( ) * square brackets, closed brackets or box brackets: [ ] * curly brackets, squiggly brackets, swirly brackets, braces, or chicken lips: { }
factorising
It is the opposite of Expanding The Brackets
Expanding Brackets
It is equivalent to 6-27m after expanding the brackets
Expanding the brackets: 6x+21 = 3(2x+7)
Expanding brackets is commonly used in real life when dealing with financial calculations, such as budgeting or investment analysis, where one needs to simplify expressions that represent costs or profits. It's also applicable in construction and engineering, where formulas for areas or volumes may involve polynomials. Additionally, expanding brackets is useful in fields like physics and computer science, where equations need to be simplified for problem-solving or programming algorithms.
The different types of brackets are: * round brackets, open brackets or parentheses: ( ) * square brackets, closed brackets or box brackets: [ ] * curly brackets, squiggly brackets, swirly brackets, braces, or chicken lips: { } * angle brackets, diamond brackets, cone brackets or chevrons: < > or ⟨ ⟩
The different types of brackets are: * round brackets, open brackets or parentheses: ( ) * square brackets, closed brackets or box brackets: [ ] * curly brackets, squiggly brackets, swirly brackets, braces, or chicken lips: { } * angle brackets, diamond brackets, cone brackets or chevrons: < > or ⟨ ⟩
round brackets, open brackets or parentheses: ( )square brackets, closed brackets or box brackets: [ ]curly brackets, squiggly brackets, swirly brackets, braces, or chicken lips: { }angle brackets, diamond brackets, cone brackets or chevrons: < > or ⟨ ⟩
* round brackets, open brackets or parentheses: ( ) * square brackets, closed brackets or box brackets: [ ] * curly brackets, squiggly brackets, swirly brackets, braces, or chicken lips: { }
* round brackets, open brackets or parentheses: ( ) * square brackets, closed brackets or box brackets: [ ] * curly brackets, squiggly brackets, swirly brackets, braces, or chicken lips: { }
They are a form of punctuation. Here are some examples of brackets: ( ) - parentheses [ ] - brackets or square brackets { } - braces or curly brackets < > - angular brackets