answersLogoWhite

0


Best Answer

S = {HHH, HHT, HTH, THH, HTT, THT, TTH, TTT}

User Avatar

Wiki User

9y ago
This answer is:
User Avatar

Add your answer:

Earn +20 pts
Q: Toss 3 coins and write the possible events as a set?
Write your answer...
Submit
Still have questions?
magnify glass
imp
Related questions

How many different outcomes are possible when you toss eight coins?

If you toss eight coins, there are 256 (28) different outcomes.


What is the number of possible ways to toss three coins and have exactly 2 heads showing?

3


How many outcomes are possible if you toss n coins?

There are three possibilities, Heads, Tails and stand on edge


What is the probability of getting two heads when you toss two coins?

If you toss the coins once only, it is 1/4.


In each case are the two events dependent or independent Toss a dime and then toss a quarter. Pick a card from a deck of cards. Keep the card and pick another.?

Picking cards without replacing them are NOT independent events, since once you pick a card, you can't pick the same card again.


Are these events dependent or independent You toss a dime and you toss a quarter?

Independent


If you toss three coins 240 times how many times can you expect the coins to have three tails showing?

If we toss three coins 240 times, how many times can we expect the coins to have three tails showing?


What are mutually exclusive events?

Mutually exclusive events are occurrences where, say, a couple of propositions are possible, but if one occurs, the other cannot. A coin toss might be a good example. A coin lands heads or it lands tails. It cannot land on both in the same toss. A coin toss, therefore, can be said to be a mutually exclusive event.


Are mutually exclusive events?

Mutually exclusive events are occurrences where, say, a couple of propositions are possible, but if one occurs, the other cannot. A coin toss might be a good example. A coin lands heads or it lands tails. It cannot land on both in the same toss. A coin toss, therefore, can be said to be a mutually exclusive event.


If you toss 5 fair coins how many possible outcomes are in the sample space?

Assuming order is irrelevant, 2^5, or 2*2*2*2*2 or 32 possible combos.


If you toss 4 coins what is the probability of getting four heads and zero tails?

The probability of getting a head is 1/2 and if you toss it 4 times, the probability of 4 heads is (1/2)^4=1/16 since the tosses are independent events.


What is the probability that they you will get two heads when you toss two coins?

If you toss them enough times, the probability is 1. For just one toss the probability is 1/4.