c) Using or = 0.05, is there any evidence that there was a difference in the proportion of households with under $50,000 income for Edmonton and Calgary? Carry out the appropriate two-sample proportion test. Paste the output into your report. State the null and alternative hypotheses. Report the value of the appropriate test statistic, the distribution of the test statistic under the null hypothesis, and the P-value of the test to answer the question. State your conclusion. d) Using [1 = 0.05, is there any evidence that there was a difference in the proportion of households with under $50,000 income for Edmonton and Calgary? Carry out a chi-square test for homogeneity. Calculate the expected values using Excel, fill out the table below and paste it into your report. Paste the output into your report. State the null and alternative hypotheses. Report the value of the appropriate test statistic, the distribution of the test statistic under the null hypothesis, and the P-value of the test to answer the question. State your conclusion. City Calgary Edmonton Under $50,000 550,000 and over e) What is the relationship between the tests in parts (c) and (d)? f} Using [1 = 0.05, carry out an appropriate test to test there was no relationship between the income groups and city. State the null and alternative hypotheses. Calculate the expected values using Excel, ll out the table below and paste it into your report. Report the value of the appropriate test statistic, the distribution of the test statistic under the null hypothesis, and the Pvalue of the test to answer the question. State your conclusion