(Solved): please help asap Tesla Model Y was tested to estimate the driving ranges between charges. A random s ...

Tesla Model Y was tested to estimate the driving ranges between charges. A random sample of normal drives ( \( n=42 \) road tests) was obtained to have the average miles between charges was 300 miles with a standard deviation of 17 miles. Compute the upper boundary of a fwo-tailed \( 93 \% \) confidence level for the population average miles between battery charges QUESTION 4 Tesla Model \( Y \) was tested to estimate the driving ranges between charges. A random sample of normal drives ( \( n=45 \) road tests) was obtained to have the average miles between charges was 300 miles with a standard deviation of 14 miles. Compute the Margin of Error of a two-tailed \( 96 \% \) confidence lovel for the population average miles between battery charges: QUESTION 5 Tesla Model Y was tested to estimate the driving ranges between charges. A random sample of normal drives (n=48 road tests) was obtaned to have the averege miles between charges was 300 miles with a standard doviation of 11 miles. Compute the upper boundary of a two tailed \( 99 \% \) confidence level for the population average miles between battery charges.