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No. A probability means, how likely it is for something to happen. An observation of SEVERAL similar events can give you a good ESTIMATE of the probability.
If one of the outcomes is rolling a 0, it is obviously not a standard die. That being the case, there is not enough information to give a sensible answer.
The probability that a statistical that will give give a false negative error.
It is a function which is usually used with continuous distributions, to give the probability associated with different values of the variable.
ifan event has a probability of zero it'll never happen. 6 over 0 will never happen.
The cumulative frequency or the probability of an observed value being less than or equal to a given value. By extension, it would also give the probability of a greater value being observed.
25.00
depends on how many cards there are. It doesn't make sense because you're asking "what is the probability of a card being drawn at random that is red?" and it doesn't give any clue on what are the other colors or how many cards are in all?
No. A probability means, how likely it is for something to happen. An observation of SEVERAL similar events can give you a good ESTIMATE of the probability.
It will not. For the interval (x, x+dx) it may well give a non-zero probability. With a continuous distribution, the probability of any particular value is always 0. What the probability density function gives is the probability that the variable is NEAR the selected value.
Probability is a very specific statistical phenomena. It's not possible to give a probability for this occurance.
If one of the outcomes is rolling a 0, it is obviously not a standard die. That being the case, there is not enough information to give a sensible answer.
The probability that a statistical that will give give a false negative error.
To write 68 hundredths as a decimal, you would simply divide 68 by 100. This would give you 0.68, as each digit place to the right of the decimal represents a power of 10, with the first place being tenths and the second place being hundredths. So, 68 hundredths written as a decimal is 0.68.
I am looking for your decimal point. The decimal is in the wrong spot.
It is a function which is usually used with continuous distributions, to give the probability associated with different values of the variable.
I am looking for your decimal point. The decimal point is in the wrong spot.