The function f(x) = 50(0.952)x, where x is the time in years, models a declining feral cat population. How many feral cats will
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Answer:
a) H0:
H1:
n = 13 represent the sample size
represent the calculated statistic
The degrees of freedom are given by:
We can calculathe the p value with this formula:
Since we fail to reject the null hypothesis on this case at 5% of significance.
b) H0:
H1:
n = 13 represent the sample size
represent the calculated statistic
The degrees of freedom are given by:
We can calculathe the p value with this formula:
Since we fail to reject the null hypothesis on this case at 5% of significance.
c) H0:
H1:
n = 25 represent the sample size
represent the calculated statistic
The degrees of freedom are given by:
We can calculathe the p value with this formula:
Since we can reject the null hypothesis on this case at 1% of significance.
Step-by-step explanation:
Part a
For this case we assume that we are testing the following system of hypothesis
H0:
H1:
n = 13 represent the sample size
represent the calculated statistic
The degrees of freedom are given by:
We can calculathe the p value with this formula:
Since we fail to reject the null hypothesis on this case at 5% of significance.
Part b
For this case we assume that we are testing the following system of hypothesis
H0:
H1:
n = 13 represent the sample size
represent the calculated statistic
The degrees of freedom are given by:
We can calculathe the p value with this formula:
Since we fail to reject the null hypothesis on this case at 5% of significance.
Part c
For this case we assume that we are testing the following system of hypothesis
H0:
H1:
n = 25 represent the sample size
represent the calculated statistic
The degrees of freedom are given by:
We can calculathe the p value with this formula:
Since we can reject the null hypothesis on this case at 1% of significance.