A consumer angency is investigating the blowout pressures of Soap Stone tires. A Soap Stone tire is said to blow out when it separates from the wheel

A consumer angency is investigating the blowout pressures of Soap Stone tires. A Soap Stone tire is said to blow out when it separates from the wheel rim due to the impact forces usually caused by hitting a rock or a pothole in the road. A random sample of 2 Soap Stone tires were inflated to the recommended pressure, and then forces measured in foot-pounds were applied to each tire. The customer complaint is that some Soap Stone tires blow out under small-impact forces, while other tires seem to be well made and don’t have this fault. For the 25 test tires, the sample standard deviation of blowout forces is 1350 foot-pounds.Soap Stone claims its tires will blow out at an average pressure of 28,000 foot-pounds, with a standard deviation of 1025 foot-pounds. The average blowout force is not in question, but the variability of blowout forces is in question. Using a 0.01 level of significance, test the claim that the variance of blowout pressures is more than Soap Stone claims it is.Classify the problem as being- F test for two variances, Chi-square test of homogeneity, Chi-square test of independence, Chi-square for testing or estimating sigmaor sigma, Chi-square goodness of fit-Find the sample test statistic-Find the P-value