The orchestra in Riverside is putting on a benefit concert for the local children's hospital. Orchestra seating costs $59 per ticket and balcony seating is $65. The goal is to raise at least $8,200 for the hospital. Select the inequality in standard form that describes this situation. Use the given numbers and the following variables. x = the number of orchestra seats sold y = the number of balcony seats sold Choices: (A)59x + 65y > 8,200 (B)59x + 65y ≥ 8,200 (C)65x + 59y > 8,200 (D)65x + 59y ≥ 8,200

Calculate Orchestra Seat Revenue: Determine the amount of money raised from selling one orchestra seat. Cost per orchestra seat: $59 Number of orchestra seats sold: x Total amount of money from orchestra seats: 59 * x = 59xCalculate Balcony Seat Revenue: Determine the amount of money raised from selling one balcony seat. Cost per balcony seat: $65 Number of balcony seats sold: y Total amount of money from balcony seats: 65 * y = 65yCombine Total Revenue: Combine the total amounts from orchestra and balcony seat sales to form an expression for the total money raised. Total money from orchestra seats: 59x Total money from balcony seats: 65y Total money raised: 59x + 65yDetermine Fundraising Goal Inequality: Determine the inequality that represents the goal of raising at least $8,200. The goal is to raise at least $8,200, which means the total money raised should be greater than or equal to $8,200. Inequality: 59x + 65y ≥ 8,200

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The orchestra in Riverside is putting on a benefit concert for the local children's hospital. Orchestra seating costs $\$59$ per ticket and balcony seating is $\$65$ . The goal is to raise at least $\$8,200$ for the hospital. $\newline$ Select the inequality in standard form that describes this situation. Use the given numbers and the following variables. $\newline$ $x =$ the number of orchestra seats sold $\newline$ $y =$ the number of balcony seats sold $\newline$ $\newline$ Choices: $\newline$ (A) 59x + 65y > 8,200 $\newline$ (B) $59x + 65y \geq 8,200$ $\newline$ (C) 65x + 59y > 8,200 $\newline$ (D) $65x + 59y \geq 8,200$

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Algebra 2

Write a linear inequality: word problems

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Q. The orchestra in Riverside is putting on a benefit concert for the local children's hospital. Orchestra seating costs

\$59

per ticket and balcony seating is

\$65

. The goal is to raise at least

\$8,200

for the hospital.

\newline

Select the inequality in standard form that describes this situation. Use the given numbers and the following variables.

\newline

x =

the number of orchestra seats sold

\newline

y =

the number of balcony seats sold

\newline

\newline

Choices:

\newline

(A)

59x + 65y > 8,200

\newline

(B)

59x + 65y \geq 8,200

\newline

(C)

65x + 59y > 8,200

\newline

(D)

65x + 59y \geq 8,200

Calculate Orchestra Seat Revenue: Determine the amount of money raised from selling one orchestra seat. $\newline$ Cost per orchestra seat: $\$59$ $\newline$ Number of orchestra seats sold: $x$ $\newline$ Total amount of money from orchestra seats: $59 \times x = 59x$
Calculate Balcony Seat Revenue: Determine the amount of money raised from selling one balcony seat. $\newline$ Cost per balcony seat: $\$65$ $\newline$ Number of balcony seats sold: $y$ $\newline$ Total amount of money from balcony seats: $65 \times y = 65y$
Combine Total Revenue: Combine the total amounts from orchestra and balcony seat sales to form an expression for the total money raised. $\newline$ Total money from orchestra seats: $59x$ $\newline$ Total money from balcony seats: $65y$ $\newline$ Total money raised: $59x + 65y$
Determine Fundraising Goal Inequality: Determine the inequality that represents the goal of raising at least $\$8,200$ . The goal is to raise at least $\$8,200$ , which means the total money raised should be greater than or equal to $\$8,200$ . Inequality: $59x + 65y \geq 8,200$