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Jen plans to sell homemade candles online. She spent $44\$44 on a melting pot, and she will spend $4\$4 on wax and $2\$2 on a jar for each candle she makes. She will sell her candles for $10\$10 each.\newlineWhich equation can you use to find cc, the number of candles Jen must sell for her sales to equal her expenses?\newlineChoices:\newline(A) 44+4c=10c+2c44 + 4c = 10c + 2c\newline(B) 10c=44+4c+2c10c = 44 + 4c + 2c\newlineHow many candles must Jen sell for her sales to equal her expenses?\newline___\_\_\_ candles\newline

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Q. Jen plans to sell homemade candles online. She spent $44\$44 on a melting pot, and she will spend $4\$4 on wax and $2\$2 on a jar for each candle she makes. She will sell her candles for $10\$10 each.\newlineWhich equation can you use to find cc, the number of candles Jen must sell for her sales to equal her expenses?\newlineChoices:\newline(A) 44+4c=10c+2c44 + 4c = 10c + 2c\newline(B) 10c=44+4c+2c10c = 44 + 4c + 2c\newlineHow many candles must Jen sell for her sales to equal her expenses?\newline___\_\_\_ candles\newline
  1. Set Up Equation: To find the break-even point where Jen's sales equal her expenses, we need to set up an equation where the total cost of making the candles is equal to the revenue from selling the candles.
  2. Calculate Costs: Jen's initial investment is $44\$44 for the melting pot. The cost to make each candle is $4\$4 for wax and $2\$2 for a jar, so the total cost per candle is $4+$2=$6\$4 + \$2 = \$6.
  3. Calculate Revenue: Jen sells each candle for $10\$10, so her revenue for each candle sold is $10\$10.
  4. Define Variables: Let cc be the number of candles Jen needs to sell to break even. The total cost of making cc candles is $44\$44 (initial investment) + $6c\$6c (cost per candle times the number of candles). The total revenue from selling cc candles is $10c\$10c.
  5. Establish Break-Even Equation: The break-even equation is the total cost equal to the total revenue: $44+$6c=$10c\$44 + \$6c = \$10c.
  6. Isolate Variable: To solve for cc, we need to isolate cc on one side of the equation. We can do this by subtracting $6c\$6c from both sides of the equation: 4444 + 6c6c - 66c = 10c10c - 66c\), which simplifies to $44=\$44 = 44c\).
  7. Solve for c: Now, divide both sides by $4\$4 to solve for c: $44/$4=$4c/$4\$44 / \$4 = \$4c / \$4, which simplifies to 11=c11 = c.
  8. Final Result: Jen must sell 1111 candles to break even.

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