For the past several years, the high school theater department has performed a musical in their auditorium. Each year since the
first, they have raised ticket prices by $0.25, however the department has also noticed a decline in the number of people attending each year. This year, they are analyzing the ticket prices, attendance, and sales to determine the ticket price that maximizes their sales. The table shows their ticket sales with respect to the number of times they have increased the price of a ticket.
A.
The independent variable is the ticket sales, and the dependent variable is the number of ticket price increases.
B.
The independent variable is the ticket sales, and the dependent variable is the ticket price.
C.
The independent variable is the ticket price, and the dependent variable is the ticket sales.
D.
The independent variable is the number of ticket price increases, and the dependent variable is the ticket sales.
D. The independent variable is the number of ticket price increases, and the dependent variable is the ticket sales.
Step-by-step explanation:
The wording, "the table shows A <em>with respect to</em> B" means that "B" is the independent variable. Here, "B" is "the number of times they have increased the price of the ticket." That is ...
the independent variable is the number of ticket price increases
A rectangle can be scaled into a square + rhombus. The difficult part is a trapezoid. If you can scale the sides, then the answer will remain yes because you would just make the top side longer both ways to straighten it and shorten the side lines.