Worksheet 1.
3
                                                                                                   DS100-2
                      PYTHON DATA SCIENCE TOOLBOX
                                                                                           APPLIED DATA SCIENCE
 Name:
            Jason Kidd M. Garcia                                                                                               Page 1 of 5
Write codes in Jupyter notebook as required by the problems. Copy both code and output as screen grab or screen shot and paste
them here.
  1      Create a list of lists. The individual lists should contain, in the correct order, the age, the height (in inches), and the weight
         (in pounds) of the baseball players.
         Ages:    24       27        24       27        28       35        28       23       23        26
         Heights: 188      180       185      160       180      185       189      185      219       230
         Weights: 73       73        74       74        69       70        73       75       78        79
         Convert the list of lists into a NumPy array named np_baseball. Using NumPy functionality, convert the unit of height to
         m and that of weight to kg. Print the resulting array.
 Code and Output
  2      Refer to the code in #1. Write a code that determines the age of the 4th player. The output should be in the following form:
                                              The 4th player is <age> years old.
 Code and Output
  3      Refer to the code in #1. Print out the ages of the young players (those who are 26 years old and below).
                                                                                                                                    Page 1 of 5
Code and Output
 4    Create a line plot showing the yearly CO2 emissions per person in Lao. Make sure to add labels and a title to your plot.
       CO2 Emissions per country per year (tons per person)
       country             2004       2005       2006       2007     2008    2009    2010    2011      2012       2013      2014
       Brunei               13.9       13.7       13.1       22.5       24    20.5    21.1    24.6      24.2      19.2      22.1
       Cambodia            0.187      0.209      0.223     0.253    0.281     0.33    0.35   0.358     0.369     0.373     0.438
       Indonesia            1.51       1.51         1.5      1.61     1.76    1.87    1.77    2.46      2.56      1.95      1.82
       Lao                 0.246      0.244      0.265     0.153    0.156    0.204   0.262   0.256     0.265     0.243     0.297
       Malaysia             6.51        6.8       6.41       6.94     7.53     7.2    7.77      7.7      7.5      7.96      8.03
       Myanmar             0.259      0.239      0.263     0.262    0.198    0.205    0.25   0.283     0.217      0.25     0.417
       Philippines         0.875      0.867      0.771     0.808    0.869    0.841   0.905   0.897     0.942     0.996      1.06
       Singapore            6.52       6.76       6.68       4.21     7.45    11.3      11    8.74       6.9      10.4      10.3
       Thailand             3.74       3.78       3.83       3.81     3.79       4    4.19    4.12      4.37        4.4     4.62
       Vietnam              1.08       1.16       1.21       1.22     1.36    1.47    1.61      1.7     1.57      1.61        1.8
Code and Output
                                                                                                                           Page 2 of 5
4. Code and output
                     Page 3 of 5
5     Visualize Fertility as a function of GDP per Capita for the following South East Asia countries. Use Population as an additional
      argument. Do not forget to label the axes and to add a title.
                                      Fertility      Life Expectancy     Population       Child Mortality   GDP Per Capita
                  Philippines          3.151              68.207            93.2               31.9             5614
                   Thailand            1.443              73.852            69.1               14.5            12822
                  Singapore            1.261              81.788            50.9                2.8            72056
                   Vietnam              1.82               75.49            87.8               24.8             4486
                  Indonesia            2.434              70.185           239.9               33.1             8498
                   Malaysia            2.001              74.479            48.0                8.3            20398
Code and Output
 6    Import cars.csv. Use the country abbreviations as index. Print the last two lines.
Code and Output
                                                                                                                             Page 4 of 5
 7       Refer to the cars dataset. Create a code that prints out the country name and whether the country drives on the right-
         hand-side in Japan, India and Russia.
Code and Output
     8     Refer to the cars dataset. Create a code that prints out the observations for the countries with lots of cars (cars per
           capita greater than 500).
Code and Output
                                                                                                                             Page 5 of 5