Probability

The answer depends on the situation.

In baseball, when the catcher signals the pitcher with finger signals, he is concealing his communication from the other team.

That is not unethical.

Without such justification, the answer seems to be yes.

{11,13,17,19,23,29} are all the prime numbers between 10 and 30

5/36

Out of the 36 possible and equally-probable outcomes (1st die's number and 2nd die's number), 5 combinations give you a sum equal 8:

* 1st die gives a 2 and 2nd die gives a 6

* 1st die gives a 6 and 2nd die gives a 2

* 1st die gives a 3 and 2nd die gives a 5

* 1st die gives a 5 and 2nd die gives a 3

* 1st die gives a 4 and 2nd die gives a 4

Therefore the probability that the sum is greater than 10 equals 5/36.

1

Too bad. I don't know. Go to a more reliable source. I just proved that answers here can be half-assed. Now go cry in a corner. Yeah, yeah.

That there is the same chance of something happening as there is of something else happening. When tossing a coin, there is the same chance it will land on heads as there is that it will land on tails. So landing on heads and landing on tails are equally probable.

That there is the same chance of something happening as there is of something else happening. When tossing a coin, there is the same chance it will land on heads as there is that it will land on tails. So landing on heads and landing on tails are equally probable.

That there is the same chance of something happening as there is of something else happening. When tossing a coin, there is the same chance it will land on heads as there is that it will land on tails. So landing on heads and landing on tails are equally probable.

That there is the same chance of something happening as there is of something else happening. When tossing a coin, there is the same chance it will land on heads as there is that it will land on tails. So landing on heads and landing on tails are equally probable.

That there is the same chance of something happening as there is of something else happening. When tossing a coin, there is the same chance it will land on heads as there is that it will land on tails. So landing on heads and landing on tails are equally probable.

That there is the same chance of something happening as there is of something else happening. When tossing a coin, there is the same chance it will land on heads as there is that it will land on tails. So landing on heads and landing on tails are equally probable.

That there is the same chance of something happening as there is of something else happening. When tossing a coin, there is the same chance it will land on heads as there is that it will land on tails. So landing on heads and landing on tails are equally probable.

That there is the same chance of something happening as there is of something else happening. When tossing a coin, there is the same chance it will land on heads as there is that it will land on tails. So landing on heads and landing on tails are equally probable.

That there is the same chance of something happening as there is of something else happening. When tossing a coin, there is the same chance it will land on heads as there is that it will land on tails. So landing on heads and landing on tails are equally probable.

That there is the same chance of something happening as there is of something else happening. When tossing a coin, there is the same chance it will land on heads as there is that it will land on tails. So landing on heads and landing on tails are equally probable.

That there is the same chance of something happening as there is of something else happening. When tossing a coin, there is the same chance it will land on heads as there is that it will land on tails. So landing on heads and landing on tails are equally probable.

You divide the area of the shaded region by the area of the full circle. For example, if the radius of the shaded region is 2 meters, the probability would be 4pi / 36pi, or 1/9. If the shaded region is a 'slice' of the circle, the chance is just the fraction of the circle which the 'slice' is.

They are a crude way to represent children's genders which depend on the assumptions that the probabilities are a half for either gender and that the probabilities are independent from one child to another.

In fact, neither assumption is true.

According to recent data, the probabilities of a child's gender is not 0.5 but males are more likely: prob = 0.5169.

Children's genders depend on parental ages and genes and so they are not independent events.

Assuming that it is a fair die, the answer is 5/9.

another way to look at this could be to compare a study done on a particular medicine, when study is on a small group of participants versus a large group the results must be shown as proportional and can only be relevant as they are calculated as how many are made well to how many do not receive any favorable results. Many times when a study is done on the effects of a substance on another it must be shown that the margin of error is proportionate to the study. As for instance the drug which conquered polio was simply a vaccine made of the polio virus and had great affects on the disease. Although there was a margin of error that the US government felt was acceptable to allow the drug to be forcibly injected in all children of the late 50's.

26/52 x 25/51 x 24/50 x 23/49 = 0.055

Am I doing someones homework?

BMI varies from person to person and one measure of this variability is the standard deviation.

Assuming the BMI is approximately normally distributed, only around 0.135% of the people will have results that are -3 sd or lower.

The probability that a person will die is 1.

The probability is 1 that you will pick a club if all the spades, hearts and diamonds are removed from a 52-card deck.

The difference between probability and coincidence are that probability means the odds or how likely some thing will happen or not. While coincidence means something that did happen already, and the likely hood of what caused this to happen either being rare or common.

The answer depends on where in the world you are. In some places, where hospital [or maternity unit] births are more popular, the medical staff prefer to deliver babies during weekdays so that they can have time with their own families at weekends. As a result, the distribution of births is not uniform across days of the week.

There are 36 possible outcomes when throwing 2 dices : 6 for the first dice (1,2,3,...6) and 6 for the second dice

Let say that in the sums below the first number is the result of the first dice and the second number is for the result of the second dice:

2 = 1 + 1: 1 possibility

4 = 2 + 2 = 1 + 3 = 3 + 1: 3 possibilities

6 = 1 + 5 = 5 + 1 = 2 + 4 = 4 + 2 = 3 +3: 5 possibilities

1 + 3 + 5 = 9 possibilities to get 2 or 4 or 6

So the probability to get a sum of 2 or 4 or 6 is 9/36=1/4

And the probabilty of NOT rolling a sum of 2 or 4 or 6 is 1-1/4=3/4

There are 50,400 ways and the probability (or probibility, as you prefer) of that answer being correct is 1.

On a single roll, the probability is 1/2.

It is strangely worded like that, but the answer is yes.

The probability of getting a heads on the first flip is 1/2.

Similarly, the probability on each subsequent flip is 1/2, since they are independent events.

The probability of several independent events happening together is the product of their individual probabilities.

With the information that is available from the question, it is impossible.

the colorblindness is usually not activited in a female body but is usually seen in male