Respuesta :
The correct answer is option B.
Let the basic calendars be = x
Let the deluxe calendars be = y
Total calendars are = 72 , so equation becomes:
[tex]x+y=72[/tex] .............(1)
Cost of 1 basic calendar = $10
So, cost of all basic calendars will be = 10x
Cost if 1 deluxe calendar = $15
So, cost of all deluxe calendars = 15y
As given, the number of deluxe calendars must be greater than or equal to 3 times the number of basic calendars, the equation becomes
y=3x ...............(2)
Putting the value of y from (2) in (1)
[tex]x+y=72[/tex]
[tex]x+3x=72[/tex]
[tex]4x=72[/tex]
x=18
As, y=3x
y=[tex]3\times18=54[/tex]
So we have 18 basic calendars and 54 deluxe calendars.
Cost of 18 basic calendars will be= [tex]18\times10=180[/tex]
Cost of 54 deluxe calendars will be = [tex]54\times15=810[/tex]
So total amount is = $990
Hence, the maximum revenue is $990.
Answer:
The CORRECT answer is $1080
Step-by-step explanation:
Your answer would be choice C