Statistics

Assuming blackjack values, there are seven cards per suit that can be dealt first that could lead to a total of 19. Each of these has one card per suit to be dealt next to make 19, except an 8 has two. If it's a standard 4-deck situation, the odds are:

(6/13)(16/207) + (1/13)(32/207) = 128/2691

Doctors can do an ulta-sound examination which will show exactly what kind of fetal development is taking place in your uterus.

I dont understand what you are asking.

19,565 feet=5.963412 kilometers

At the very beginning of the game, Haseo's character was killed by Asta and IYOTEN.

Very close to 0. There are about 7 billion people in the world and around 44 monarchies - not all of them headed by a king. But if they were, the probability would be approx 44/7 billion or 0.000000006.

Manning

Method

Material

Management

Machine

Measurement

I posted a link to a site that explains this stuff really well.

If this is like Lotto numbers - you have 49 unique balls (no repetition), and you're picking 10 of them, and order does not matter - then here is the formula:

C(n,r) = n! / (r! * (n-r)!), where n is the number of things that you are choosing from, and r is the number of items that you are choosing. In this case n=49 and r=10.

49! / (10! * (49-10)!) = 8,217,822,536 {8.2178 Billion}

If this is not the type of problem you are trying to solve (like order matters, etc), then check out the Mathisfun link that I posted.

to organize your data set and figure out mean, median, mode, range, and outliers.

n = 29.

data collection locations can include?

Not sure about the relevance of sizzle! The size of the sample space is 46656.

i dont know.. u give ans.

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10% of 125= 12.5. 12.5 x 3 = 37.5

1% of 125 = 1.25. 1.25 x 4 = 5

37.5 + 5 = 42.5

Eight of them.

mean can be used in business and industries for comparing purposes. mode as it gives us the value which occurs most often, it can be use to determine the shoe sizes especially in shoe manufacturing industries. median is used to determine the skewness of data

This is a multi-layered question.

This is probably not the place to entertain it to any depth. Let me point to just two considerations.

First, there is a large difference between the dichotomy of 'good vs evil' and the alternative 'good vs bad'. As a tool of objective science statistics tends to avoid putting questions in moral terms.

Statistics are associated with decision theory. Although various theories attempt to provide for the consequences associated with various decisions (good and bad in approximate terms) for some reason, this type of thinking is very rarely applied.

Unfortunately.

Visual presentation is more effective for many (though not all) people.

By transferring the numerical data from the cumulative frequency curve into a box and whiskers plot.

A list of numbers.

Standard combination locks are three sets.

If they are randomly picked, each 5-number combination is equally likely.

If the long-term results of any lottery show that any number or combination

is more likely than others, then the game is not honest.

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