Mathematics, 25.01.2020 06:31 isabellesmith51317

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a group of people were surveyed, and the data about their age and hemoglobin levels was recorded in a two-way table. based on the data in the table, match each probability with its correct value.

Ireally wanna pass , im trying to post this image ill give a medal a group of people wer

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Answer from: Eylul30

Older then 35, hemo. less then 976/162 = 0.47
younger then 25, hemo. above 1169/139 = 0.50
25-35 age group, hemo. less then 9...32/128 = 0.25
older then 35, hemo. between 9 and 11...46/162 = 0.28

Answer from: lewismichelle11

0.25 →→→→ The probability that a person of age group 25-35 years has a hemoglobin level less than 9.0.47 →→→→ The probability that a person older than 35 years has a hemoglobin level less than 9.0.28 →→→→ The probability that a person older than 35 years has a hemoglobin level between 9-11.0.50 →→→→ The probability that a person younger than 25 years has a hemoglobin level above 11.

Step-by-step explanation:

Tile 1:

The probability that a person older than 35 years has a hemoglobin level less than 9.

Let A denotes the event that the age of a person is above 35 years.

Let B denote the event that the hemoglobin level is less than 9.

Then A∩B denote the event that a person above 35 years has hemoglobin less than 9.

Let P denote the probability of an event.

Hence, we are asked to find:

P(B|A)

We know that:

$P(B|A)=\dfrac{P(A\bigcap B)}{P(A)}\\\\\\P(B|A)=\dfrac{\dfrac{76}{429}}{\dfrac{162}{429}}\\\\\\P(B|A)=\dfrac{76}{162}\\\\P(B|A)=0.47$

Tile 2:

The probability that a person younger than 25 years has a hemoglobin level above 11.

Let A denotes the event that the age of a person is less than 25 years.

Let B denote the event that the hemoglobin level is more than 11.

Then A∩B denote the event that a person below 25 years has hemoglobin more than 11.

Let P denote the probability of an event.

Hence, we are asked to find:

P(B|A)

We know that:

$P(B|A)=\dfrac{P(A\bigcap B)}{P(A)}\\\\\\P(B|A)=\dfrac{\dfrac{69}{429}}{\dfrac{139}{429}}\\\\\\P(B|A)=\dfrac{69}{139}\\\\P(B|A)=0.50$

Tile 3:

The probability that a person of age group 25-35 years has a hemoglobin level less than 9.

Let A denotes the event that the age of a person is of age group 25-35 years.

Let B denote the event that the hemoglobin level is less than 9.

Then A∩B denote the event that a person between 25-35 years has hemoglobin less than 9.

Let P denote the probability of an event.

Hence, we are asked to find:

P(B|A)

We know that:

$P(B|A)=\dfrac{P(A\bigcap B)}{P(A)}\\\\\\P(B|A)=\dfrac{\dfrac{32}{429}}{\dfrac{128}{429}}\\\\\\P(B|A)=\dfrac{32}{128}\\\\P(B|A)=0.25$

Tile 4:

The probability that a person older than 35 years has a hemoglobin level between 9-11.

Let A denotes the event that the age of a person is above 35 years.

Let B denote the event that the hemoglobin level between 9-11.

Then A∩B denote the event that a person above 35 years has hemoglobin between 9-11.

Let P denote the probability of an event.

Hence, we are asked to find:

P(B|A)

We know that:

$P(B|A)=\dfrac{P(A\bigcap B)}{P(A)}\\\\\\P(B|A)=\dfrac{\dfrac{46}{429}}{\dfrac{162}{429}}\\\\\\P(B|A)=\dfrac{46}{162}\\\\P(B|A)=0.28$

Answer from: Quest

rx and sx

step-by-step explanation:

All of the following are pairs of corresponding sides in similar triangles except

Answer from: Quest

0.84 dang lotta people are looking for this lol or if you round up its 1 but the overall answer to that is 0.84

step-by-step explanation:

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