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Three different paints are advertised as having the same drying time. To check the manufacturer's claim, five samples were tested for each of the paints. The time in minutes until the paint was dry enough for a second coat to be applied was recorded. The following data were obtained. Paint 1 Paint 2 Paint 3 128 144 150 137 133 143 145 142 137 124 146 153 141 130 140 Test the manufacturer's claim that three paints have the same drying time at a 0.10 level of significance. What is your conclusion? As the p-value is equal to 0.9054, and is greater than 0.10, there is no evidence of concluding that three paints have different drying times. As the p-value is equal to 0.1755, and is greater than 0.10, there is no evidence of concluding that three paints have the same drying time. As the p-value is equal to 0.1755, and is greater than 0.10, there is no evidence of concluding that three paints have different drying times. As the p-value is equal to 0.0621, and is smaller than 0.10, there is enough evidence of concluding that three paints have different drying times. As the p-value is equal to 0.0621, and is smaller than 0.10, there is enough evidence of concluding that three paints have the same drying time.A large industrial plant has many divisions that do the same type of work. A safety inspector visits each division quarterly. The number x of work-hours devoted to safety training and the number y of work-hours lost due to industry-related accidents are recorded for each of '? randomly selected divisions in the table below. |-|- 593 LAD no 53' D cam 95:. DD .53!- a E- no 53' o At a [H15 level of signicance, test the claim that there is a significant linear relationship between the number of work-hours lost due to industry-related accidents and the number of work-hours devoted to safety training. 1What isfare the critical value{s}? 0 20150 and 2.0150 0 -1.9432 and 1.9432 0 -2.5?06 and 2.5?06 0 -2.4469 and 2.4469