What is the number of outcomes when a coin is tossed and then a die is rolled?

A coin is tossed and then a die is rolled only in case a head is shown on the coin. Solution: There are 2 possible outcomes head(H) and tail(T) when you flip a coin. So, when you get a head the possible outcomes of a die will be 6.

What is the probability of getting a head and a 6 when a coin is tossed and a die is rolled simultaneously?

1/12
The probability that the coin shows the head and the dice shows 6 is. Let A be the event of tossing a coin and B be the event of rolling a dice. = 1/12.

When a coin is tossed 4 times find the probability of getting exactly one head?

1/16
In counting the number of heads in 4 coin flips, the probability that we get exactly one head is the probability that we get anyone of the following 4 outcomes: HTTT, THTT, TTHT, or TTTH. Each has probability 1/16, so the probability to get exactly one head in 4 flips is 1/16 + 1/16 + 1/16 + 1/16 = 4/16 = 1/4.

What is the probability of getting a 6 or a head from the dice and coin respectively?

If bother die and the coin are fair, then the odds are 1/2 for the heads and 1/6 for the 6, and we multiply these two together to get 1/12, which is 8.33\%. The probability of a coin showing heads is 1/2. The probability of a die showing a 6 is 1/6.

What is the outcome when a coin is tossed?

The action of tossing a coin has two possible outcomes: Head or Tail. You don’t know which outcome you will obtain on a particular toss, but you do know that it will be either Head or Tail (we rule out the possibility of the coin landing on its edge!). Contrast this with a science experiment.

What is the possibility of getting at least 6 heads of eight coins are tossed simultaneously?

37/256
The probability of getting at least 6 heads is. = 37/256.

How many outcomes if you toss a coin four times?

when we toss a coin 4 times we get 2^4=16 possible outcomes.

What is the probability of getting 4 heads when a coin is tossed 4 times?

This means the probability of landing all 4 heads in 4 tosses is 1 out of the 16. So the answer is 1/16.

What is the probability of getting a head when a coin is tossed?

The probability of getting heads on the toss of a coin is 0.5. If we consider all possible outcomes of the toss of two coins as shown, there is only one outcome of the four in which both coins have come up heads, so the probability of getting heads on both coins is 0.25.

What is the probability of getting a head when tossing a coin?

0.5
The probability of getting heads on the toss of a coin is 0.5. If we consider all possible outcomes of the toss of two coins as shown, there is only one outcome of the four in which both coins have come up heads, so the probability of getting heads on both coins is 0.25. The second useful rule is the Sum Rule.

How many heads does it take to toss a coin?

That is, the number of Heads should be roughly 1/2 of the total number of tosses, and so should be the number of Tails. This numerical quantity of 1/2 can be used as a measure of likelihood, or probability. What Do You Mean by Tossing A Coin Probability? Tossing A Coin Probability is the chance of each side of the coin to show up.

How do you find the probability of a coin toss?

The general formula to determine the probability is: Probability = Number of favorable Outcomes Total number of outcomes Probability = Number of favorable Outcomes Total number of outcomes When a coin is tossed, there are only two possible outcomes. Therefore, using the probability formula

What is the probability of getting a head on a coin?

When a coin is tossed, there are only two possible outcomes. Therefore, using the probability formula. On tossing a coin, the probability of getting a head is: P (Head) = P (H) = 1/2. Similarly, on tossing a coin, the probability of getting a tail is: P (Tail) = P (T) = 1/2. Try tossing a coin below by clicking on the ‘Flip coin’ button

What is the sample space of a coin toss experiment?

Thus, if your random experiment is tossing a coin, then the sample space is {Head, Tail}, or more succinctly, { H , T }. If the coin is fair, which means that no outcome is particularly preferred, or every outcome is equally likely, then we know that for a large number of tosses, the number of Heads and the number of Tails should be roughly equal.