A function is described by the following ordered pairs: (7, 4.5) (–4, 7.2) (–7.2, –4) (5.2, 3) Which set of ordered pairs represents the inverse of the function? (7, –4), (–7.2, –4), (3, 5.2), (4.5, –4) (7, –4), (–7.2, 5.2), (4.5, 7.2), (–4, 3) (4.5, 7), (7.2, –4), (–4, –7.2), (3, 5.2) (7, 4.5), (–4, 7.2), (–7.2, –4), (5.2, 3)

Answer:

EZ

Step-by-step explanation:

EZ

Answer:

72 is 45% of 160.I hope this helps :D

Answer:

Zero

Step-by-step explanation:

Given that:

the true mean is 50 and we reject the hypothesis that μ = 50

The probability of the Type II error will be zero, given that we reject the null hypothesis. This has nothing to do with if it is true or false.

Type II error is occurs when you accept a false null hypothesis. The probability of this error is denoted by beta which relies on sample size and population variance.

The probability of rejecting is equal to one minu beta. i.e it is the researchers goal to reject a false null hypothesis.

Answer:

The correct answer is A. 100,000

Step-by-step explanation:

According to the information published on the federal portal of the White House, "Over 2019, the United States added an average of 176,000 jobs a month. To put that growth into perspective, the U.S. economy needs to create around 70,000 jobs a month to keep pace with working-age population growth. Any employment growth above this level is typically from workers coming off the sidelines. "

In consequence, the closest alternative to 70,000 is A. 100,000.