3) For each combination of the dependent and independent variables, choose the relevant hypothesis test based on the type of variables that they are (t-test, ANOVA, or bivariate linear regression), state the null and alternative hypotheses, and then run it in SPSS. Cut and paste the results into your Final Project submission. There should be five tests total - one for each independent variable. Discuss the results, including an identification of the p-values. Do you reject or do you fail to reject the null hypotheses for each hypothesis test?How often use the internet (TF38) Group Statistics HOW OFTEN USE THE Std. Std. Error INTERNET Mean Deviation Mean TIME DOING SITTING ALMOST CONSTANTLY 250 512.39 334.197 21.136 ACTIVITIES (TV, COMP GAMES, TALK. W/ FRIENDS) WKNDS. MANY TIMES A DAY 454 353.80 222.508 10.443 Independent Samples Test Levene's Test for Equality of Variances I-test for Equality of Means 95% Confidence Interval of Significance Mean td. Error the Difference Sig. One-Sided p Two-Sided p Lower Upper TIME DOING SITTING Equal variances <.001 assumed friends winds . independent samples effect sizes standardizera point confidence interval estimate lower upper time doing sitting cohen d .593 .435 .750 activities c games talk. w hedges correction .749 wknds. glass delta .713 .551 .874 a. the denominator used in estimating sizes. uses pooled standard deviation. deviation plus a factor. sample of control group.how often use computer device for social media group statistics how std. error mean almost constantly comp wknds many times day test levene equality variances t-test means significance difference sig. one-sided p two-sided equal tv. co not .380 .189 .415 es group.age warnings table is produced. age recode n ities com t cannot be computed because at least one groups empty.ever had more than few sips alcohol drink ever alcoholic yes no td. df .256 .613 .024 winds. .056 .002 .298 .150 .302 group. servings fruit ate yesterday erro yr otd: ower sp con qual .295 .395 .347 .346 .036 .217>