Cost, Revenue & Profit For these problems, x will represent the number of items and y will represent the money. The fixed costs for a certain item are $215 per week. The cost to produce each item is $5 per item. Using this information, what is the cost equation? Give your answer in slope-intercept form: Y = 3x + 100 The retailer intends to sell each item for $8/item. Using this information, what is the revenue equation? Give your answer in slope-intercept form: y = 8(50)

Algebra and Trigonometry (6th Edition)
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ChapterP: Prerequisites: Fundamental Concepts Of Algebra
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Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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**Cost, Revenue & Profit**

*For these problems, \( x \) will represent the number of items and \( y \) will represent the money.*

The fixed costs for a certain item are $215 per week. The cost to produce each item is $5 per item.

Using this information, what is the cost equation? Give your answer in slope-intercept form:  
\[ y = 3x + 100 \]

The retailer intends to sell each item for $8/item.

Using this information, what is the revenue equation? Give your answer in slope-intercept form:  
\[ y = 8(50) x \]

If in this week 50 items are made and sold in the week, what are the total costs to the retailer?

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### Explanation of Graphs and Diagrams

**Image Content:**

- The image contains problems about cost, revenue, and profit calculations.
- It specifies fixed costs, variable costs, and selling prices per item.
- Equations are to be formulated in the slope-intercept form.

**Key Concepts:**

**1. Cost Equation:**
   - Fixed Costs: $215 per week
   - Variable Costs: $5 per item produced
   - Cost Equation: 
     \[ y = 5x + 215 \]
     Here, \( y \) is the total cost, and \( x \) is the number of items produced.
  
**2. Revenue Equation:**
   - Selling Price: $8 per item
   - Revenue Equation:
     \[ y = 8x \]
     Here, \( y \) is the total revenue, and \( x \) is the number of items sold.
  
**Example Calculation:**
- If 50 items are made and sold:
  - Total Cost:
    \[ y = 5 \cdot 50 + 215 = 250 + 215 = 465 \]
  - Total Revenue:
    \[ y = 8 \cdot 50 = 400 \]
  
This document provides a clear explanation and step-by-step guide to formulating cost and revenue equations in an algebraic context, suitable for educational purposes.
Transcribed Image Text:**Cost, Revenue & Profit** *For these problems, \( x \) will represent the number of items and \( y \) will represent the money.* The fixed costs for a certain item are $215 per week. The cost to produce each item is $5 per item. Using this information, what is the cost equation? Give your answer in slope-intercept form: \[ y = 3x + 100 \] The retailer intends to sell each item for $8/item. Using this information, what is the revenue equation? Give your answer in slope-intercept form: \[ y = 8(50) x \] If in this week 50 items are made and sold in the week, what are the total costs to the retailer? --- ### Explanation of Graphs and Diagrams **Image Content:** - The image contains problems about cost, revenue, and profit calculations. - It specifies fixed costs, variable costs, and selling prices per item. - Equations are to be formulated in the slope-intercept form. **Key Concepts:** **1. Cost Equation:** - Fixed Costs: $215 per week - Variable Costs: $5 per item produced - Cost Equation: \[ y = 5x + 215 \] Here, \( y \) is the total cost, and \( x \) is the number of items produced. **2. Revenue Equation:** - Selling Price: $8 per item - Revenue Equation: \[ y = 8x \] Here, \( y \) is the total revenue, and \( x \) is the number of items sold. **Example Calculation:** - If 50 items are made and sold: - Total Cost: \[ y = 5 \cdot 50 + 215 = 250 + 215 = 465 \] - Total Revenue: \[ y = 8 \cdot 50 = 400 \] This document provides a clear explanation and step-by-step guide to formulating cost and revenue equations in an algebraic context, suitable for educational purposes.
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