can you please send the answer a little bit faster

Two processes for manufacturing large roller bearings are under study. In both cases, the diameters (in centimeters) are being examined. A random sample of 21 roller bearings from the old manufacturing process showed the sample variance of diameters to be s2 = 0.213. Another random sample of 27 roller bearings from the new manufacturing process showed the sample variance of their diameters to be $2 = 0.117. Use a 5% level of significance to test the claim that there is a difference (either way) in the population variances between the old and new manufacturing processes. Classify the problem as being a Chi-square test of independence or homogeneity, Chi-square goodness-of-fit, Chi-square for testing or estimating or or o, F test for two variances, One-way ANOVA, or Two-way ANOVA, then perform the following. Chi-square for testing or estimating of or o Chi-square test of independence Two-way ANOVA Chi-square goodness-of-fit OF test for two variances Chi-square test of homogeneity One-way ANOVA (i) Give the value of the level of significance. State the null and alternate hypotheses. O Ho: 0 12 022 Ho: 0 1 2 = 02 2; H1: 012 0.200 0.100