Calculate the average for your data set.(Be sure you use the numbers without the supercar outlier)Once the average has been counted, how many of your data points fall below the average? Take that number and divide it by 10.This will be the p or "success" in your problem.Once there is p, calculate q.

If you were to find another random sample of 10 cars based on the same data, what is the probability that exactly 4of them will fall below the average?Make sure you interpret your results.

If you were to find another random sample of 10 cars based on the same data, what is the probability that fewer than 5of them will fall below the average?Make sure you interpret your results.

If you were to find another random sample of 10 cars based on the same data, what is the probability that more than 6of them will fall below the average?Make sure you interpret your results.

If you were to find another random sample of 10 cars based on the same data, what is the probability that at least 4of them will fall below the average?Make sure you interpret your results.

qualitative Column1 quantitative Column2 Vehicle type/claYear Sedan Sedan Sedan Sedan Sedan Sedan Sedan Sedan Sedan Coupe Supercar qualitative Column3 Make 2019 Toyota 2019 Toyota 2019 Honda 2019 Honda 2019 Nissan 2019 Nissan 2019 Ford 2019 Hyundai 2019 Chevrolet 2019 Kia 2019 Bugatti qualitative Column4 Model Camry Corolla Civic Accord Sentra Altima Fusion Elantra Malibu Soul Chiron Mean Median: Standard deviation: Sample size quantitative 0 quantitative Column6 Price MPG (city) 24,765 16,800 20,350 25,320 18,700 25,000 23,735 18,000 24,000 17,430 2,998,000 292,009 23,735 897481.710918997 11 quantitative Column7 MPG (highway) 29 41 28 36 28 38 48 48 27 35 28 39 21 31 26 36 29 36 31 26 9 14 Column1 Fuel Type Gasoline Gasoline Gasoline Gasoline Gasoline Gasoline Gasoline Gasoline Gasoline Gasoline Gasoline