Blue spinner values across the top. For each outcome (pair of
numbers), fill in Y (favorable) or N (unfavorable).
A. How many possible outcomes are there?
B. How does the number of possible outcomes relate to the number of sections on each
spinner?
C. How many of the outcomes are favorable?
D. What is the theoretical probability of a favorable outcome?
Check your
answer by turning on Show theoretical probabilities
3. In general, how do you find the theoretical probability of a favorable outcome in a two-
spinner game?

step-by-step explanation:

it's is b

(x, y)→(x − 8, y − 7)

step-by-step explanation:

enjoy!

your answer   is c

step-by-step explanation:

a) at most means it can cost $12 or less

so the inequality sign would be ≤

you would then need to multiply the number of toppings by the 0.35 for each one and add it to the cost of the cheese pizza.

the equation would be 9.99 + 0.35x ≤ 12

b) using the above equation:

9.99 + 0.35x ≤ 12

subtract 9.99 from each side:

0.35x ≤2.01

divide both sides by 0.35:

x ≤ 2.01 / 0.35

x ≤5.74

at most you could have 5 toppings.

the 5 topping pizza would cost: 0.35 x 5 = 1.75 + 9.99 = $11.74