A machine used to fill gallon-sized paint cans is regulated so that the amount of paint dispensed has a mean of 136 ounces and a standard deviation of 0.40 ounce. You randomly select 35 cans and carefully measure the contents. The sample mean of the cans is 135.9 ounces. Does the machine need to be reset? Explain your reasoning. . . . it is that you would have randomly sampled 35 cans with a mean equal to 135.9 ounces, because it within the range of a usual event, namely within of the mean of the sample means.A machine used to fill gallon-sized paint cans is regulated so that the amount of paint dispensed has a mean of 136 ounces and a standard deviation of 0.40 ounce. You randomly select 35 cans and carefully measure the contents. The sample mean of the cans is 135.9 ounces. Does the machine need to be reset? Explain your reasoning. it is that you would have randomly sampled 35 cans with a mean equal to 135.9 ounces, because it within the range of a usual ithin of the mean of the sample means. Yes NoA machine used to fill gallon-sized paint cans is regulated so that the amount of paint dispensed has a mean of 136 ounces and a standard deviation of 0.40 ounce. You randomly select 35 cans and carefully measure the contents. The sample mean of the cans is 135.9 ounces. Does the machine need to be reset? Explain your reasoning. it is that you would have randomly sampled 35 cans with a mean equal to 135.9 ounces, because it within the range of a usual event, nam of the mean of the sample means. very unlikely likelyA machine used to fill gallon-sized paint cans is regulated so that the amount of paint dispensed has a mean of 136 ounces and a standard deviation of 0.40 ounce. You randomly select 35 cans and carefully measure the contents. The sample mean of the cans is 135.9 ounces. Does the machine need to be reset? Explain your reasoning. it is that you would have randomly sampled 35 cans with a mean equal to 135.9 ounces, because it within the range of a usual event, namely within of the mean of the sample means. lies does not lieA machine used to fill gallon-sized paint cans is regulated so that the amount of paint dispensed has a mean of 136 ounces and a standard deviation of 0.40 ounce. You randomly select 35 cans and carefully measure the contents. The sample mean of the cans is 135.9 ounces. Does the machine need to be reset? Explain your reasoning- it is that you would have randomly sampled 35 cans with a mean equal to 135.9 ounces, because it within the range of a usual event, namely within of the mean of the sample means. 1 standard deviation 2 standard deviations 3 standard deviations