me with this thank you Instructions: Make a conclusion depending on how you state the hypothesis. If you state in the hypothesis that 1 = 2 and the difference is insignificant to cancel the hypothesis, then your conclusion would be that the hypothesis cannot be rejected and that the data is showing 1 = 2. Reference: Hypothesis Null Hypothesis; Ho: p = 9% - there are 9% Filipinos with age range six to twenty-four years old who are out-of-school. Alternative Hypothesis; Ho: p 9% - the Filipinos with age range six to twenty-four years old who are out-of-school is different than 9%. Explanation: Here we are calculating the proportions of Filipinos with age range six to twenty-four years old that are out-of-school. So will run a population proportions test (p) and not a population means test (). Hypothesized proportion; p = 9% Null Hypothesis which is assumed to be true as per the past data available with us and alternative hypothesis is what do we want to determine whether the proportion has increased or decreased. Null Hypothesis; Ho: p = 9% - there are 9% Filipinos with age range six to twenty-four years old who are out-of-school. Alternative Hypothesis; Ho: p 9% - the Filipinos with age range six to twenty-four years old who are out-of-school is different than 9%