Quotient of a number cubed and seven

Oct 13, 2025 by talynt.org 50 views

Understanding the Problem

In this article, we will explore three different descriptions and their corresponding expressions. We will analyze each description and determine which one is paired with its correct expression. This will involve breaking down each description, identifying the key elements, and then matching them with the correct expression.

Description A: Four Less Than the Quotient of a Number Cubed and Seven, Increased by Three

Description A states that we need to find the expression that represents "Four less than the quotient of a number cubed and seven, increased by three." Let's break down this description and identify the key elements.

Four less than: This means we need to subtract 4 from the result.
Quotient of a number cubed and seven: This means we need to divide the cube of a number by 7.
Increased by three: This means we need to add 3 to the result.

Using these key elements, we can create an expression that represents this description. The expression would be:

4-\frac{n^3}{7}+3

This expression represents the description by first cubing the number (n^3), then dividing it by 7, subtracting 4, and finally adding 3.

Description B: Five Times the Difference of a Number Squared and Six

Description B states that we need to find the expression that represents "Five times the difference of a number squared and six." Let's break down this description and identify the key elements.

Five times: This means we need to multiply the result by 5.
Difference of a number squared and six: This means we need to subtract 6 from the square of the number.

Using these key elements, we can create an expression that represents this description. The expression would be:

5(6-n^2)

This expression represents the description by first squaring the number (n^2), then subtracting 6, and finally multiplying the result by 5.

Description C: Nine

Description C simply states "Nine." This description does not provide any information about how to manipulate a number, so we cannot create an expression that represents it.

Conclusion

In conclusion, we have analyzed three different descriptions and determined which one is paired with its correct expression. Description A is paired with the expression $4-\frac{n^3}{7}+3$ , while Description B is paired with the expression $5(6-n^2)$ . Description C does not have a correct expression because it does not provide any information about how to manipulate a number.

Key Takeaways

When analyzing a description, identify the key elements and break them down into smaller parts.
Use these key elements to create an expression that represents the description.
Make sure to follow the order of operations when creating the expression.

Common Mistakes to Avoid

Failing to identify the key elements in the description.
Not following the order of operations when creating the expression.
Not checking the expression to make sure it represents the description correctly.

Real-World Applications

Understanding how to analyze descriptions and create expressions is an important skill in many real-world applications, such as:

Mathematics: This skill is essential in mathematics, where descriptions are often used to represent mathematical concepts and formulas.
Computer Science: This skill is also important in computer science, where descriptions are used to represent algorithms and data structures.
Engineering: This skill is useful in engineering, where descriptions are used to represent complex systems and processes.

Final Thoughts

Q: What is the main difference between Description A and Description B?

A: The main difference between Description A and Description B is the order of operations. Description A involves cubing the number, dividing it by 7, subtracting 4, and then adding 3. Description B involves squaring the number, subtracting 6, and then multiplying the result by 5.

Q: How do I know which expression is correct for a given description?

A: To determine which expression is correct for a given description, you need to carefully read the description and identify the key elements. Then, use these key elements to create an expression that represents the description. Make sure to follow the order of operations when creating the expression.

Q: What is the significance of the order of operations in creating expressions?

A: The order of operations is crucial in creating expressions because it determines the order in which mathematical operations are performed. If the order of operations is not followed correctly, the expression may not represent the description accurately.

Q: Can I use the same expression for multiple descriptions?

A: No, you cannot use the same expression for multiple descriptions. Each description requires a unique expression that accurately represents the description. Using the same expression for multiple descriptions can lead to incorrect results.

Q: How do I avoid common mistakes when creating expressions?

A: To avoid common mistakes when creating expressions, make sure to:

Carefully read the description and identify the key elements.
Use these key elements to create an expression that represents the description.
Follow the order of operations when creating the expression.
Check the expression to make sure it represents the description correctly.

Q: What are some real-world applications of analyzing descriptions and creating expressions?

A: Analyzing descriptions and creating expressions has many real-world applications, including:

Mathematics: This skill is essential in mathematics, where descriptions are often used to represent mathematical concepts and formulas.
Computer Science: This skill is also important in computer science, where descriptions are used to represent algorithms and data structures.
Engineering: This skill is useful in engineering, where descriptions are used to represent complex systems and processes.

Q: Can I use this skill to solve complex problems?

A: Yes, you can use this skill to solve complex problems. By carefully analyzing descriptions and creating expressions, you can develop a deep understanding of complex problems and find creative solutions.

Q: How do I practice this skill?

A: To practice this skill, try the following:

Read and analyze descriptions from various sources, such as math textbooks, computer science articles, and engineering documents.
Create expressions that accurately represent the descriptions.
Check your expressions to make sure they represent the descriptions correctly.
Practice solving complex problems using this skill.

Q: What are some common pitfalls to avoid when analyzing descriptions and creating expressions?

A: Some common pitfalls to avoid when analyzing descriptions and creating expressions include:

Failing to identify the key elements in the description.
Not following the order of operations when creating the expression.
Not checking the expression to make sure it represents the description correctly.
Using the same expression for multiple descriptions.

Q: Can I use this skill to improve my problem-solving abilities?

A: Yes, you can use this skill to improve your problem-solving abilities. By developing a deep understanding of complex problems and finding creative solutions, you can become a more effective problem solver.

Q: How do I know if I am using this skill correctly?

A: To know if you are using this skill correctly, make sure to:

Carefully read and analyze the description.
Identify the key elements in the description.
Create an expression that accurately represents the description.
Check the expression to make sure it represents the description correctly.

By following these steps and practicing this skill, you can become proficient in analyzing descriptions and creating expressions, and improve your problem-solving abilities.