A coffee shop sells regular coffee for $2 per cup and specialty coffee for $5 per cup. On a busy morning, the coffee shop sold a total of 50 cups, generating $220 in revenue.
Directions: Write and solve a system of linear equations to determine the number of regular coffees (x) and specialty coffees (y) sold.
Solve using the ELIMINATION METHOD. VERIFY YOUR SOLUTION.
Equation 1:
Equation 2:
The number of regular coffees sold is
The number of specialty coffees sold is
A coffee shop sells regular coffee for $2 per cup and specialty coffee for $4 per cup. On a busy morning, the coffee shop sold a total of 120 cups, generating $300 in revenue.
Directions: Write and solve a system of linear equations to determine the number of regular coffees (x) and specialty coffees (y) sold.
Solve using the ELIMINATION METHOD. VERIFY YOUR SOLUTION.
Equation 1:
Equation 2:
The number of regular coffees sold is
The number of specialty coffees sold is
A coffee shop sells regular coffee for $3 per cup and specialty coffee for $4 per cup. On a busy morning, the coffee shop sold a total of 100 cups, generating $350 in revenue.
Directions: Write and solve a system of linear equations to determine the number of regular coffees (x) and specialty coffees (y) sold.
Solve using the ELIMINATION METHOD. VERIFY YOUR SOLUTION.
Equation 1:
Equation 2:
The number of regular coffees sold is
The number of specialty coffees sold is