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Agency leadership decides to use the vehicle weight data from its random sample of 750 vehicles to estimate the mean vehicle weight of all passenger vehicles currently on the road. Construct a 90% One-Sample T confidence interval for the mean vehicle weight of all passenger vehicles currently on the road. Assume that all necessary Central Limit Theorem conditions for a One-Sample T confidence interval have been met. What is the 90% lower limit? 2491.74 (Round to two decimal places as needed.) What is the 90% upper limit? 2562.74 (Round to two decimal places as needed.) Using the 90% confidence interval, would it be plausible to conclude that the mean vehicle weight of all passenger vehicles currently on the road is 2400 pounds? O A. No, since 2400 lies within the constructed confidence interval. O B. Yes, since 2400 lies outside the constructed confidence interval. O C. Yes, since 2400 lies within the constructed confidence interval. O D. No, since 2400 lies outside the constructed confidence interval. Compare your 90% confidence interval to the 95% confidence interval, (2484.92, 2569.56). Explain which confidence interval is wider and why