A college theater has a seating capacity of 2000. It reserves x tickets for students and y tickets for general admission. For parts (a)-(d) write an inequality to represent the given statement. a. The total number of seats available is at most 2000. b. The college wants to reserve at least 3 times as many student tickets as general admission tickets. c. The number of student tickets cannot be negative. d. The number of general admission tickets cannot be negative. e. Graph the solution set to the system of inequalities from parts (a)-(d).
A college theater has a seating capacity of 2000. It reserves x tickets for students and y tickets for general admission. For parts (a)-(d) write an inequality to represent the given statement. a. The total number of seats available is at most 2000. b. The college wants to reserve at least 3 times as many student tickets as general admission tickets. c. The number of student tickets cannot be negative. d. The number of general admission tickets cannot be negative. e. Graph the solution set to the system of inequalities from parts (a)-(d).
Solution Summary: The author explains that the required inequality is x+yle 2000. The number of student tickets cannot be negative.
A college theater has a seating capacity of
2000.
It reserves
x
tickets for students and
y
tickets for general admission. For parts (a)-(d) write an inequality to represent the given statement.
a. The total number of seats available is at most
2000.
b. The college wants to reserve at least
3
times as many student tickets as general admission tickets.
c. The number of student tickets cannot be negative.
d. The number of general admission tickets cannot be negative.
e. Graph the solution set to the system of inequalities from parts (a)-(d).
Can the expert solve an Intestal
In detall?
110x/0³
W. 1 SW = dw
A
40x103π
⑤M-1
大
80*10³/
12
10%
70*1037
80x103
||
dw
OP= # Sin (w/+1) dw
A
70*10*A
After a great deal of experimentation, two college senior physics majors determined that when a bottle of French champagne is shaken several times, held upright, and uncorked,
its cork travels according to the function below, where s is its height (in feet) above the ground t seconds after being released.
s(t)=-16t² + 30t+3
a. How high will it go?
b. How long is it in the air?
+6x²+135x+1) (0≤x≤10). a) Find the number of units
The total profit P(x) (in thousands of dollars) from a sale of x thousand units of a new product is given by P(x) = In (-x²+6x² + 135x+
that should be sold in order to maximize the total profit. b) What is the maximum profit?
Elementary Statistics: Picturing the World (7th Edition)
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