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Varvara68 [4.7K]
3 years ago
7

Which type of plot would be most appropriate to display the responses to asking people about their type of residence​?

Mathematics
2 answers:
bonufazy [111]3 years ago
7 0

Answer:

It’s C ( a box-and-whisker plot)

Step-by-step explanation:

sesenic [268]3 years ago
5 0
We can do this by evaluating each type of graphing the data and seeing if it fits. For a histogram, we have a bar graph sort of thing, which compares two values, such as time compared to the height of a plant. However, these are used for numerical values that can change - for example, time can go up. Type of residence is not represented numerically (for example, saying you live in a house is not definitively defined as 1, or any other number) and this therefore does not work.

For a time plot, this is sort of similar - you’re forced to have time as one of the variables to compare, and since time is not part of people or their type of residence, this would not work.

For a pie chart, which is the percentage of people compared to the total as a piece of the pie (and only uses the amount of somethung compared to the total amount of people and the type of something that they are, which could easily be substituted for people and type of residence), this could easily work, but we should check the last answer to make sure.


Seeing what a dot plot is, which is comparing numbers to the amount of times they occur, we can easily rule that one out as the amount of times they occur have to be the amount of people and residence is not numerical.


Your answer is therefore a pie chart, or C. Feel free to ask further questions!
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Step-by-step explanation:

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For each container of tea, McKenzie uses 16 tea bags and 3 cups of sugar. If McKenzie uses 64 tea bags, how many cups of sugar w
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5 0
3 years ago
Ví dụ 1.5. Một người đi mua hàng 3 lần. Xác suất lần đầu mua được hàng tốt là 0,7.
vodka [1.7K]

Answer:

a) 0.50575,

b) 0.042

Step-by-step explanation:

Example 1.5. A person goes shopping 3 times. The probability of buying a good product for the first time is 0.7.

If the first time you can buy good products, the next time you can buy good products is 0.85;  (I interpret this as, if you buy a good product, then the next time you buy a good product is 0.85).

And if the last time I bought a bad product, the next time I bought a good one is  0.6. Calculate the probability that:

a) All three times the person bought good goods.

P(Good on 1st shopping event AND Good on 2nd shopping event AND Good on 3rd shopping event) =

P(Good on 1st shopping event) *P(Good on 2nd shopping event | Good on 1st shopping event) * P(Good on 3rd shopping event | 1st and 2nd shopping events yield Good) =

(0.7)(0.85)(0.85) =

0.50575      

b) Only the second time that person buys a bad product.

P(Good on 1st shopping event AND Bad on 2nd shopping event AND Good on 3rd shopping event) =

P(Good on 1st shopping event) *P(Bad on 2nd shopping event | Good on 1st shopping event) * P(Good on 3rd shopping event | 1st is Good and 2nd is Bad shopping events) =

(0.7)(1-0.85)(1-0.6) =

(0.7)(0.15)(0.4) =

0.042

5 0
3 years ago
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