6. A spinner has 3 equal sections: red, white, and blue. John spins the spinner and tosses a coin. Which shows the sample space for spinning the spinner and tossing the coin? (1 point)%0D%0A%09%0D%0A %09 Red%09 White%09 Blue%0D%0A Heads%09 Heads, Red%09 Heads, White%09 Heads, Blue%0D%0A Tails%09 Heads, Red%09 Heads, White%09 Heads, Blue%0D%0A%09%0D%0A %09 Red%09 White%0D%0A Heads%09 Heads, Red%09 Heads, White%0D%0A Tails%09 Heads, Red%09 Heads, White%0D%0A%09%0D%0A %09 Red%09 White%09 Blue%0D%0A Heads%09 Heads, Red%09 Heads, White%09 Heads, Blue%0D%0A%09%0D%0A %09 Red%09 White%09 Blue%0D%0A Heads%09 Heads, Red%09 Heads, White%09 Heads, Blue%0D%0A Tails%09 Tails, Red%09 Tails, White%09 Tails, Blue

Question

8. The probability it will snow in the next two weeks is for this week and for next week. What is P(snow this week, then snow next week)? (1 point)

11. Ariel wants to choose 5 players for her basketball team. There are 7 players to choose from. How many different teams can Ariel make? (1 point)%0D%0A%0921%0D%0A%0935%0D%0A%0942%0D%0A%0956

16. There are 20 entries in the chess tournament. How many ways can they finish in first, second, and third place? (1 point)%0D%0A%09340%0D%0A%096,840%0D%0A%097,220%0D%0A%098,350

17. A bag contains tiles with the letters C-O-M-B-I-N-A-T-I-O-N-S. Lee chooses a tile without looking and doesn’t replace it. He chooses a second tile without looking. What is the probability that he will choose the letter O both times? (1 point)

18. An ice cream shop offers the toppings shown below. How many 4-topping ice cream sundaes can you make?%0D%0A%0D%0Achocolate chips%0D%0Awalnuts%0D%0Astrawberry sprinkles%0D%0Acaramel%0D%0Ahot fudge%0D%0Awhipped cream%0D%0Agummy bears (1 point)%0D%0A%0911%0D%0A%0928%0D%0A%0930%0D%0A%0935%0D%0AFinishCancel

Answer 1

6. The sample space for spinning the spinner and tossing the coin is:

- Red, Heads
- Red, Tails
- White, Heads
- White, Tails
- Blue, Heads
- Blue, Tails

Answer: Option C

8. The probability of snow this week and next week is:

P(snow this week, then snow next week) = P(snow this week) x P(snow next week)

= x
=

Answer:

11. The number of different teams Ariel can make is given by selecting 5 players out of 7, which is

Answer: Option A

16. The number of ways the chess tournament can finish in first, second, and third place is given by the permutation formula P(20,3) which is

Answer: Option D

17. The probability of choosing the letter O both times is the product of the probability of choosing O in the first draw (which is 2/13, since there are 2 O's in the bag of 13 tiles) and the probability of choosing O in the second draw given that the first draw was O (which is 1/12, since there would be 1 O left in a bag of 12 tiles after the first O was drawn). So the total probability is



Answer: Option C

18. The number of 4-topping ice cream sundaes we can make is the number of ways we can select 4 toppings out of 7, which is

Answer: Option B

Answer 2

is no.8 1/48?

Answer 3

No, the answer for no.8 is:

P(snow this week, then snow next week) = P(snow this week) x P(snow next week)
= x
=

Without knowing the actual values of P(snow this week) and P(snow next week), we cannot calculate the answer.

Answer 4

8. The probability it will snow in the next two weeks is 1/12 for this week and 1/4 for next week. What is P(snow this week, then snow next week)? (1 point)

Answer 5

Using the given probabilities, we can calculate the probability of snow this week and next week as follows:

P(snow this week, then snow next week) = P(snow this week) x P(snow next week)
= (1/12) x (1/4)
= 1/48

So the answer is 1/48.