What was the theoretical probability of collecting a specific dinosaur, such as a velociraptor, in a single purchase?
how many spins did it take before you had at least one of each dinosaur in trial 1? trial 2? trial 3?
how does the number of spins correlate to the number of boxes of cereal that you would need to purchase?
what was the experimental probability for each dinosaur from trial 1? trial 2? trial 3?
how does the experimental probability of getting each dinosaur differ from the theoretical probability? here, you are comparing the experimental vs. theoretical probability of getting each type of dinosaur in a single purchase. in other words, you are determining the probability for a single event, not a compound event.
if someone bought eight boxes of cereal and got all eight dinosaurs, would you be surprised? why or why not?
how did the experimental probabilities change between the trials?
what are the advantages of using a simulation versus actually buying boxes of cereal?

pentagon

step-by-step explanation:

the coordinates   a(5, -2), b(3,-1),c(-4,-4) d(-3,8) and e(-1,4) forms the vertices of the polygon when they are connected in order.

in order to classify that which polygon is it with the given coordinates, first count the number of vertices and then count the number of sides it can make with these vertices.

since, the given coordinates have five vertices, therefore, it will make five sides. moreover, pentagon is regular in nature therefore it will be convex.

now, a polygon with five sides is known as pentagon, therefore, the given polygon is the pentagon.

b. 6

step-by-step explanation:

we are given the table representing an exponential function.

we can see from the table that, as x is increasing, the value of y is increasing in the power of 6.

i.e. the following relation is obtained,

x = 1, y = 6

x = 2, y = 36 =

x = 3, y = 216 =

x = 4, y = 1296 =

x = 5, y = 7776 =

so, the geometric series obtained is .

thus, the common ratio is given by = = 6.

hence, the common ratio is 6.