Answer:
Step-by-step explanation:
The null and alternative hypothesis are usually used in hypothesis testing to present the claim being tested as give in terms of the mean or proportion :
Given that the mean score of high school students is 10 ; using a sample of 50 students, a mean of 8 was obtained ; we could want to test the claim that the mean score is less than 10.
Here; population mean, μ = 10 ; the claim is now that, μ < 10 based on what was observed about the sample.
H0 : μ = 10
H0 : μ < 10
If we wanted to test If the mean was greater than 10 ; then the sign is reversed
H0 : μ = 10
H0 : μ > 10
If we wanted to test If the score is just different from the mean score stated ; (it may be less than or greater than)
H0 : μ = 10
H0 : μ ≠ 10
Two units, count the squares. Random letters because minimum word count
Answer:
$13500. 00 is the 15% increase yearly + $90000.00 = $103,500.00 new yearly salary
Answer:
d a(x)/dx = 19(2.046^x)(ln 2.046)
Step-by-step explanation:
7x +7y + 7 hope this helps as an expansion :)
