Expressing a statement into algebraic symbols

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In summary, the process for expressing a statement into algebraic symbols involves breaking down the statement into smaller parts, identifying the variables and operations involved, and using mathematical symbols to represent them. It is important to be able to express a statement into algebraic symbols because it allows for easier manipulation and evaluation of the statement, as well as solving complex problems and finding general solutions. Some common mathematical symbols used in expressing a statement into algebraic symbols include addition, subtraction, multiplication, division, and equals. An example of expressing a statement into algebraic symbols would be "Twice a number added to 5 equals 13", represented as 2x + 5 = 13, where x is the unknown number. There is a specific order of
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NotaMathPerson
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Each two numbers whose difference is 25

x = larger number
x-25 = smaller number

Are my answers correct?

Thanks!
 
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Let's let $x$ be the larger number and $y$ be the smaller. If their difference is 25, then we may state:

\(\displaystyle x-y=25\)

And so, upon solving for $y$, we find:

\(\displaystyle y=x-25\)

Yes, you are correct...you could also have checked you results by computing the difference between your two numbers to make certain their difference is 25:

\(\displaystyle x-(x-25)=25\checkmark\)
 

FAQ: Expressing a statement into algebraic symbols

What is the process for expressing a statement into algebraic symbols?

The process for expressing a statement into algebraic symbols involves breaking down the statement into smaller parts, identifying the variables and operations involved, and using mathematical symbols to represent them. This allows for a more concise and precise representation of a statement.

Why is it important to be able to express a statement into algebraic symbols?

Being able to express a statement into algebraic symbols allows for easier manipulation and evaluation of the statement. It also allows for solving complex problems and finding general solutions.

What are some common mathematical symbols used in expressing a statement into algebraic symbols?

Some common mathematical symbols used in expressing a statement into algebraic symbols include addition (+), subtraction (-), multiplication (*), division (/), and equals (=). Other symbols such as parentheses ( ), exponents (^), and brackets [ ] may also be used.

Can you give an example of expressing a statement into algebraic symbols?

Sure, for the statement "Twice a number added to 5 equals 13", the algebraic expression would be 2x + 5 = 13, where x represents the unknown number.

Is there a specific order in which operations are performed when expressing a statement into algebraic symbols?

Yes, there is a specific order of operations in algebra, known as PEMDAS (Parentheses, Exponents, Multiplication and Division from left to right, Addition and Subtraction from left to right). This order must be followed to ensure the correct evaluation of the statement.

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