Please do not waste my time if you do not know statistics.

Please do not waste my time if you do not know statistics.This is part one of the homework. I will attach the file for the full homework.CARS: A sample of 20 cars, including measurements of fuel consumption (city mi/gal and highway mi/gal), weight (pounds), number of cylinders, engine displacement (in liters), amount of greenhouse gases emitted (in tons/year), and amount of tailpipe emissions of NOx (in lb/yr).CARCITYHWYWEIGHTCYLINDERSDISPLACEMENTMAN/AUTOGHGNOXChev. Camaro1930354563.8M1234.4Chev. Cavalier2331279542.2A1025.1Dodge Neon2332260042A1025.1Ford Taurus1927351563A1225.1Honda Accord2330324542.3A1125.1Lincoln Cont.1724393084.6A1425.1Mercury Mystique2029311562.5A1234.4Mitsubishi Eclipse2233323542M1025.1Olds. Aurora1726399584A1334.4Pontiac Grand Am2230311542.4A1125.1Toyota Camry2332324042.2M1025.1Cadillac DeVille1726402084.6A1334.4Chev. Corvette1828322085.7M1234.4Chrysler Sebring1927317562.5A1225.1Ford Mustang2029345063.8M1234.4BMW 3-Series1927322562.8A1234.4Ford Crown Victoria1724398584.6A1425.1Honda Civic3237244041.6M825.1Mazda Protege2934250041.6A925.1Hyundai Accent2837229041.5A934.4Part IGenerally the first step to analyze a dataset that is given to you is to identify the type of data, and picture the data using graphs etc. Use the data set above to answer the following questions:1.      Assume that the car column represents all car models. Use the random number Table B, to generate a simple random sample of 15 car models from the set above.2.      Classify all the columns: car, city, HWY, weight, cylinders, displacement man/auto GHG NOX according to the following:i.                    Categorical or quantitativeii.                  Discrete or continuous or noneiii.                Levels of measurement: nominal, ordinal, interval or ratio.3.      Make a frequency distribution for MAN/AUTO4.      Make a frequency distribution for DISPLACEMENT. (also include the column for cumulative frequency)5.      Make a bar graph or pie chart for MAN/AUTO.6.      Make a histogram for DISPLACEMENT.i.                    Determine the type of skewness- left, right, symmetric or none.ii.                  Determine the variability-high or low.7.      Make a stemplot for CITYi.        Determine the type of skewness- left, right, symmetric or none.ii.      Determine the variability-high or low or none.8.      Make a dotplot for CYLINDER.i.                    Determine the type of skewness- left, right , symmetric or none.ii.                  Determine the variability-high or low, or none.

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