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For this week's graded discussion, you need to make up your own example of a application of linear equations. For your initial post, make up your own setup and at least 2 questions and then give us the correct solutions. It should be similar to the types of questions that you see on the Canvas homework or the written homework from this week, but I would like more than just changing the numbers in an existing problem. Here's an example: "At my local coffee shop, they charge $2.50 for an 8 oz cup and $3.00 for a 12 oz cup. If we assume that the cost is a linear function of the number of ounces, write a linear equation (in slope-intercept form) that relates the cost (y) to the number of ounces (x). With this equation. how many ounces could you get for $5?" Then I would give my solutions (no work is needed, just the solutions).

For this week's graded discussion, you need to make up your own example of a application of linear equations. For your initial post, make up your own setup and at least 2 questions and then give us the correct solutions. It should be similar to the types of questions that you see on the Canvas homework or the written homework from this week, but I would like more than just changing the numbers in an existing problem. Here's an example: "At my local coffee shop, they charge $2.50 for an 8 oz cup and $3.00 for a 12 oz cup. If we assume that the cost is a linear function of the number of ounces, write a linear equation (in slope-intercept form) that relates the cost (y) to the number of ounces (x). With this equation. how many ounces could you get for $5?" Then I would give my solutions (no work is needed, just the solutions).

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Can you please come up with a math problem following the guidelines? i appreciate your time!!

For this week's graded discussion, you need to make up your own example of a application of linear equations. For your initial post, make up your own setup and at least 2 questions and then give us the correct solutions. It should be similar to the types of questions that you see on the Canvas homework or the written homework from this week, but I would like more than just changing the numbers in an existing problem. Here's an example: "At my local coffee shop, they charge $2.50 for an 8 oz cup and $3.00 for a 12 oz cup. If we assume that the cost is a linear function of the number of ounces, write a linear equation (in slope-intercept form) that relates the cost (y) to the number of ounces (x). With this equation. how many ounces could you get for $5?" Then I would give my solutions (no work is needed, just the solutions).
Transcribed Image Text:For this week's graded discussion, you need to make up your own example of a application of linear equations. For your initial post, make up your own setup and at least 2 questions and then give us the correct solutions. It should be similar to the types of questions that you see on the Canvas homework or the written homework from this week, but I would like more than just changing the numbers in an existing problem. Here's an example: "At my local coffee shop, they charge $2.50 for an 8 oz cup and $3.00 for a 12 oz cup. If we assume that the cost is a linear function of the number of ounces, write a linear equation (in slope-intercept form) that relates the cost (y) to the number of ounces (x). With this equation. how many ounces could you get for $5?" Then I would give my solutions (no work is needed, just the solutions).
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