This is . Introduction to methodology question, I need help please answer question 1 and 2 with the use of the chart above.

CROSS TAB LAB: to be done in pairs, due beginning of next class Cross tab of age group and sex by type of free time activity Watch TV Listen to Internet Friends and Pubs bars Computer games family and clubs sports total music Age and sex by free- time activities Male 16-24 10 71% 8 57% 12 86% 10 71% 8 57% 8 57% 10 71% 14 100% 25-44 16 73% 16 73% 18 82% 12 55% 12 55% 14 64% 14 64% 22 100% 45-64 16 88% 10 55% 12 67% 12 67% 10 55% 6 33% 6 33% 18 100% 65+ 16 100% 4 25% 6 38% 14 88% 8 50% 4 25% 2 13% 16 100% Total male doing activity 58 83% 38 54% 48 69% 48 69% 38 54% 32 46% 32 46% 70 100% Watch tv Internet sports total Listen to music Pubs bars and clubs Age and sex by free- time activities Friends and family Computer games Female 16-24 18 90% 16 80% 18 90% 20 100% 14 70% 10 50% 4 20% 20 100% 25-44 16 16 73% 14 64% 73% 14 64% 8 36% 14 64% 4 18% 22 100% 45-64 16 80% 10 50% 10 50% 16 80% 10 50% 8 40% 4 20% 20 100% 65+ 16 88% 4 22% 8 44% 12 67% 4 22% 8 44% 0 0% 18 100% 66 83% 44 55% 52 65% 62 78% 36 51% 40 57% 12 15% 80 100% Total female doing activity TOTAL Aged 16-24 28 82% 24 71% 30 88% 30 88% 22 65% 18 53% 14 41% 34 100% Yrs 32 72% 30 68% 34 77% 26 59% 20 45% 28 63% 18 41% Total aged 25-44 yrs Total aged 45-64 yrs Total 65 yrs 32 84% 20 53% 22 58% 28 74% 20 53% 14 37% 10 26% 44 100% 38 100% 34 100% 32 94% 8 24% 14 41% 26 76% 12 35% 12 35% 2 6% Total doing activity 124 83% 82 55% 100 67% 110 73% 74 49% 72 48% 44 29% 150 100% NOTE: percentages are rounded to nearest whole number. Some percentages are based on totals of less than 20 and should be treated with caution. Percentages are of the total in each group, for example, 90% of women aged 16-24 yrs watch TV in their free time. Percentages do not add up to 100% along the rows because the variable is multi-coded and each person may do more than one activity -Page Break 1. In a brief summary paragraph, report on the following: the sample, the variables being studied (independent & dependent?), the values attributed to the variables, the major results and a concluding statement analysis of trend or pattern) For major results: look for... Which activity is most common? Which activity shows most difference between men and women? Which activity shows most difference between different age groups? Any figures that surprise you or you find interesting? 2. In a second paragraph, imagine you were the researcher and pronounce a hypothesis: in other words, state the cause and effect predicted between one independent and one dependent variable (think variables, not values). Report on whether or not your hypothesis is rejected or accepted. Tell me what your hypothesis is the null hypothesis, and then imagine you did a significance test and the chi square was 0.06 - (at 95% probability levels) how would you conclude regarding the results? What if the chi square value was 1.92? CROSS TAB LAB: to be done in pairs, due beginning of next class Cross tab of age group and sex by type of free time activity Watch TV Listen to Internet Friends and Pubs bars Computer games family and clubs sports total music Age and sex by free- time activities Male 16-24 10 71% 8 57% 12 86% 10 71% 8 57% 8 57% 10 71% 14 100% 25-44 16 73% 16 73% 18 82% 12 55% 12 55% 14 64% 14 64% 22 100% 45-64 16 88% 10 55% 12 67% 12 67% 10 55% 6 33% 6 33% 18 100% 65+ 16 100% 4 25% 6 38% 14 88% 8 50% 4 25% 2 13% 16 100% Total male doing activity 58 83% 38 54% 48 69% 48 69% 38 54% 32 46% 32 46% 70 100% Watch tv Internet sports total Listen to music Pubs bars and clubs Age and sex by free- time activities Friends and family Computer games Female 16-24 18 90% 16 80% 18 90% 20 100% 14 70% 10 50% 4 20% 20 100% 25-44 16 16 73% 14 64% 73% 14 64% 8 36% 14 64% 4 18% 22 100% 45-64 16 80% 10 50% 10 50% 16 80% 10 50% 8 40% 4 20% 20 100% 65+ 16 88% 4 22% 8 44% 12 67% 4 22% 8 44% 0 0% 18 100% 66 83% 44 55% 52 65% 62 78% 36 51% 40 57% 12 15% 80 100% Total female doing activity TOTAL Aged 16-24 28 82% 24 71% 30 88% 30 88% 22 65% 18 53% 14 41% 34 100% Yrs 32 72% 30 68% 34 77% 26 59% 20 45% 28 63% 18 41% Total aged 25-44 yrs Total aged 45-64 yrs Total 65 yrs 32 84% 20 53% 22 58% 28 74% 20 53% 14 37% 10 26% 44 100% 38 100% 34 100% 32 94% 8 24% 14 41% 26 76% 12 35% 12 35% 2 6% Total doing activity 124 83% 82 55% 100 67% 110 73% 74 49% 72 48% 44 29% 150 100% NOTE: percentages are rounded to nearest whole number. Some percentages are based on totals of less than 20 and should be treated with caution. Percentages are of the total in each group, for example, 90% of women aged 16-24 yrs watch TV in their free time. Percentages do not add up to 100% along the rows because the variable is multi-coded and each person may do more than one activity -Page Break 1. In a brief summary paragraph, report on the following: the sample, the variables being studied (independent & dependent?), the values attributed to the variables, the major results and a concluding statement analysis of trend or pattern) For major results: look for... Which activity is most common? Which activity shows most difference between men and women? Which activity shows most difference between different age groups? Any figures that surprise you or you find interesting? 2. In a second paragraph, imagine you were the researcher and pronounce a hypothesis: in other words, state the cause and effect predicted between one independent and one dependent variable (think variables, not values). Report on whether or not your hypothesis is rejected or accepted. Tell me what your hypothesis is the null hypothesis, and then imagine you did a significance test and the chi square was 0.06 - (at 95% probability levels) how would you conclude regarding the results? What if the chi square value was 1.92