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3 years ago

CAN SOMEONE PLEASE HELP ME!!!!

Mathematics

2 answers:

padilas [110]3 years ago

6 0

Answer:

The third answer aka C

Step-by-step explanation:

vitfil [10]3 years ago

6 0

Answer: The first option is the correct answer

Step-by-step explanation: It is not a function because it does not pass the vertical line test.

The vertical line test is a test that determines whether or not a relation is a function. To perform the vertical line test you must go through every point and look DOWN the line in which the point lies. If there is another point on the same Y axis then it does not pass the vertical line test which means its not a function.

HOPE THIS HELPS!

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Complete question:

Given the sample information below, what test statistic should be used to determine whether the standard deviations are equal for two populations, prior to performing a hypothesis test for the equality of the population means?

Sample 1: n=30; x'=45; s=3;

Sample 2: n=20; x'=32; s=1.9

a. F = 2.49, with numerator degrees of freedom = 29 and denominator degrees of freedom = 19

b. F = 1.58, with numerator degrees of freedom = 19 and denominator degrees of freedom = 29

c. F = 0.40, with degrees of freedom = 19

d. t = 18.75, with degrees of freedom = 19

Answer:

a) F = 2.49, with numerator degrees of freedom = 29 and denominator degrees of freedom = 19

Step-by-step explanation:

To find the test statistics, use the formula below:

$F = \frac{(s_1)^2}{(s_2)^2} F_n_1_-_1, _n_2_-_1$

Where

s1 = 3

s2 = 1.9

n1 = 30

n2 = 20

Substitute figures:

$F = \frac{(3)^2}{(1.9)^2} ~ F_3_0_-_1, _2_0_-_1$

$F = \frac{9}{3.61} ~ F_2_9, _1_9$

$F= 2.493 ~ F_2_9, _1_9$

Correct option is option a.

F = 2.49, with numerator degrees of freedom = 29 and denominator degrees of freedom = 19

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