The goal of this assignment is to practice working with CSV files and using NumPy functions. Please follow the following steps using the Jupyter Notebook Please count the number of characters in your...

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The goal of this assignment is to practice working with CSV files and using NumPy functions. Please follow the following steps using the Jupyter Notebook Please count the number of characters in your first name and calculate the remainder of this number divided by 5. The number would be 01, 02, 03 or 04 and you will work on that. The Assignment 1. Write your name and relevant info in the first cell as follow. (write Mohamed Aljahani instead of 2. Reza Dibaj 3. Import the freshman_kgs.csv file and place it in an appropriate dataset. ( the file will be attached) 4. Fetch the Weight_Sep column of the dataset and use a variable to hold this array. 5. Print the content of the Weight_Sep column. 6. Calculate the average, standard deviation, minimum and maximum of the array and print the result. 7. Find the 30th percentile, median and 70th percentile of the Weight_Sep column. 8. Using the Matplotlib library, please draw a histogram chart for the Weight_Sep column. Please use appropriate title, X-label and Y-label, and include your first name in the title, e.g. ‘Weight_Sep Distribution – By Mohamed’ 2
Answered Same DayOct 08, 2021

Answer To: The goal of this assignment is to practice working with CSV files and using NumPy functions. Please...

Sudipta answered on Oct 10 2021
143 Votes
{
"cells": [
{
"cell_type": "markdown",
"metadata": {},
"source": [
"# Mohamed Aljahani "
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Assignment 01 - Current Date: 2020-10-10"
]
},
{
"cell_type": "code",
"execution_count": 4,
"metadata": {
"collapsed": false
},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
" Sex Weight_Sep Weight_Apr BMI_Sep BMI_Apr\n",
"0 M 72 59 22.02 18.14\n",
"1 M 97 86
19.70 17.44\n",
"2 M 74 69 24.09 22.43\n",
"3 M 93 88 26.97 25.57\n",
"4 F 68 64 21.51 20.10\n",
"5 M 59 55 18.69 17.40\n",
"6 F 64 60 24.24 22.88\n",
"7 F 56 53 21.23 20.23\n",
"8 F 70 68 30.26 29.24\n",
"9 F 58 56 21.88 21.02\n",
"10 F 50 47 17.63 16.89\n",
"11 M 71 69 24.57 23.85\n",
"12 M 67 66 20.68 20.15\n",
"13 F 56 55 20.97 20.36\n",
"14 F 70 68 27.30 26.73\n",
"15 F 61 60 23.30 22.88\n",
"16 F 53 52 19.48 19.24\n",
"17 M 92 92 24.74 24.69\n",
"18 F 57 58 20.69 20.79\n",
"19 M 67 67 20.49 20.60\n",
"20 F 58 58 21.09 21.24\n",
"21 F 49 50 18.37 18.53\n",
"22 M 68 68 22.40 22.61\n",
"23 F 69 69 28.17 28.43\n",
"24 M 87 88 23.60 23.81\n",
"25 M 81 82 26.52 26.78\n",
"26 M 60 61 18.89 19.27\n",
"27 F 52 53 19.31 19.75\n",
"28 M 70 71 20.96 21.32\n",
"29 F 63 64 21.78 22.22\n",
".. .. ... ... ... ...\n",
"37 F 63 65 23.87 24.67\n",
"38 F 54 56 18.61 19.34\n",
"39 F 56 58 21.73 22.58\n",
"40 M 54 56 18.93 19.72\n",
"41 M 73 75 25.88 26.72\n",
"42 M 77 79 28.59 29.53\n",
"43 F 63 66 21.89 22.79\n",
"44 F 51 54 18.31 19.28\n",
"45 F 59 62 19.64 20.63\n",
"46 F 65 68 23.02 24.10\n",
"47 F 53 56 20.63 21.91\n",
"48 F 62 65 22.61 23.81\n",
"49 F 55 58 22.03 23.42\n",
"50 M 74 77 20.31 21.34\n",
"51 M 74 78 20.31 21.36\n",
"52 M 64 68 19.59 20.77\n",
"53 M 64 68 21.05 22.31\n",
"54 F 57 61 23.47 25.11\n",
"55 F 64 68 22.84 24.29\n",
"56 F 60 64 19.50 20.90\n",
"57 M 64 68 18.51 19.83\n",
"58 M 66 71 21.40 22.97\n",
"59 F 52 57 17.72 19.42\n",
"60 M 71 77 22.26 23.87\n",
"61 F 55 60 21.64 23.81\n",
"62 M 65 71 22.51 24.45\n",
"63 M 75 82 23.69 25.80\n",
"64 F 42 49 15.08 17.74\n",
"65 M 74 82 22.64 25.33\n",
"66 M 94 105 36.57 40.86\n",
"\n",
"[67 rows x 5 columns]\n"
]
}
],
"source": [
"import pandas as pd\n",
"import numpy as np\n",
"#Function defined for reading the data from a csv file.\n",
"def readFile():\n",
" df=pd.read_csv(r'Give path to the csv file in your computer\\freshman_kgs.csv')\n",
" df=pd.DataFrame(df)\n",
" return(df)\n",
"ds=readFile();\n",
"print(ds);"
]
},
{
"cell_type": "code",
"execution_count": 6,
"metadata": {
"collapsed": false
},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
"0 72\n",
"1 97\n",
"2 74\n",
"3 93\n",
"4 68\n",
"5 59\n",
"6 64\n",
"7 56\n",
"8 70\n",
"9 58\n",
"10 50\n",
"11 71\n",
"12 67\n",
"13 56\n",
"14 70\n",
"15 61\n",
"16 53\n",
"17 92\n",
"18 57\n",
"19 67\n",
"20 58\n",
"21 49\n",
"22 68\n",
"23 69\n",
"24 87\n",
"25 81\n",
"26 60\n",
"27 52\n",
"28 70\n",
"29 63\n",
" ..\n",
"37 63\n",
"38 54\n",
"39 56\n",
"40 54\n",
"41 73\n",
"42 77\n",
"43 63\n",
"44 51\n",
"45 59\n",
"46 65\n",
"47 53\n",
"48 62\n",
"49 55\n",
"50 74\n",
"51 74\n",
"52 64\n",
"53 64\n",
"54 57\n",
"55 64\n",
"56 60\n",
"57 64\n",
"58 66\n",
"59 52\n",
"60 71\n",
"61 55\n",
"62 65\n",
"63 75\n",
"64 42\n",
"65 74\n",
...
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