Problem 58
Question
Classify each inequality as either true or false. $$ 5 \leq-5 $$
Step-by-Step Solution
Verified Answer
False
1Step 1: Understanding the Symbols
The symbol \(\backslashleq\) means 'less than or equal to'. This means that the statement \(\backslash( 5 \backslashleq -5 \backslash)\) is claiming that 5 is less than or equal to -5.
2Step 2: Compare the Numbers
Compare the two numbers: 5 and -5. We know that 5 is greater than -5 because positive numbers are always greater than negative numbers.
3Step 3: Determine the Truth Value
Since 5 is greater than -5, the statement \(\backslash( 5 \backslashleq -5 \backslash)\) is false. 5 is neither less than -5 nor equal to -5.
Key Concepts
inequality symbolscomparing numberstruth value of inequalities
inequality symbols
In algebra, we use various symbols to express inequalities. These symbols help us compare two values.
One such symbol is \( \leq \), which stands for 'less than or equal to'.
It's crucial to understand what each symbol means to accurately interpret and solve inequality problems. Let's look at the common inequality symbols and their meanings:
One such symbol is \( \leq \), which stands for 'less than or equal to'.
It's crucial to understand what each symbol means to accurately interpret and solve inequality problems. Let's look at the common inequality symbols and their meanings:
- < — Less than
- > — Greater than
- \( \leq \) — Less than or equal to
- \( \geq \) — Greater than or equal to
comparing numbers
Now that we understand the inequality symbols, let's dive into comparing numbers.
In the given exercise, we need to decide if 5 is less than or equal to -5.
To do this, we simply compare the two values to see which one is greater. In our number system:
This comparison helps us determine the truth of the inequality.
In the given exercise, we need to decide if 5 is less than or equal to -5.
To do this, we simply compare the two values to see which one is greater. In our number system:
- Positive numbers are always greater than negative numbers
- Zero is greater than any negative number but less than any positive number
- Within the same sign category (both positive or both negative), bigger absolute values mean bigger numbers for positives but smaller for negatives
This comparison helps us determine the truth of the inequality.
truth value of inequalities
Understanding the truth value of inequalities is essential to solving algebra problems.
The truth value indicates whether a certain statement about two numbers holds true or not.
In the context of inequalities, the truth value is either 'true' or 'false'.
For the inequality \( 5 \leq -5 \), after determining that 5 is greater than -5, we conclude that the statement is false.
This is because the claim that 5 is less than or equal to -5 does not hold under any circumstances.
Checking the truth value involves these steps:
The truth value indicates whether a certain statement about two numbers holds true or not.
In the context of inequalities, the truth value is either 'true' or 'false'.
For the inequality \( 5 \leq -5 \), after determining that 5 is greater than -5, we conclude that the statement is false.
This is because the claim that 5 is less than or equal to -5 does not hold under any circumstances.
Checking the truth value involves these steps:
- Understand the inequality symbol
- Compare the numbers
- Apply logical reasoning to see if the statement matches the real-world relationship of those numbers
Other exercises in this chapter
Problem 58
Add. Do not use the number line except as a check. \(24+3.1+(-44)+(-8.2)+63\)
View solution Problem 58
Divide, if possible, and check. If a quotient is undefined, state this. $$ -2 \div 0.8 $$
View solution Problem 58
Perform the indicated operation and, if possible, simplify. If there are no variables, check using a calculator. $$ \frac{1}{2}+\frac{1}{8} $$
View solution Problem 59
Subtract. $$ 6-(-10) $$
View solution