1- Create an empty list name “mylist”
1 mylist = []
2 mylist # print mylist
2- Append the following floating point numbers to the list: 4.0, 2.2, 5.7, 3.5 (use mylist.append() 4 times )
1 mylist.append(4.0)
2 mylist.append(2.7)
3 mylist.append(5.7)
4 mylist.append(3.5)
5 mylist
3- Use a “for loop” to print the values contained in “mylist”, one at a time.
1 len_mylist = len(mylist)
2
3 for i in range(len_mylist):
4 print('mylist','[',i,']','=',mylist[i])
5
6 """ # three quation marks mean comment for several lines
7 for i in mylist
8 print(i)
9 """ # three quotation marks mean comment for several lines
4- Use a “while loop” to print the values contained in “mylist”, one at a time.
1 i = 0
2 while i < len_mylist:
3 print('mylist','[',i,']','=',mylist[i])
4 i += 1
5- Create a numpy array using the values contained in “mylist”. Name it “myarray”.
1 import numpy as np
2 myarray=np.array(mylist)
3 myarray
6- Use a “for loop” to find the maximum value in “mylist”
1 maxvalue = mylist[0]
2 for i in range(len_mylist):
3 if maxvalue < mylist[i]:
4 maxvalue = mylist[i]
5 print('The maximum value is ', maxvalue)
7- Use a “for loop” to find the minimum value in “mylist”.
1 minvalue = mylist[0]
2 for i in range(len_mylist):
3 if minvalue > mylist[i]:
4 minvalue = mylist[i]
5 print('The minimum value is ', minvalue)
1 # another example
2 def min(mylist):
3 minvalue = mylist[0]
4 for i in range(len(mylist)):
5 if mylist[i]<minvalue:
6 minvalue = mylist[i]
7 return (minvalue)
8 print('The minimum value is =', min(mylist))
8- Create the following list mylist2=[[1,2,3],[4,5,6],[7,8,9]]
1 mylist2 = [ [1,2,3], [4,5,6], [7,8,9] ]
2 mylist2
3 print(mylist2[0][0])
9- Using the modulus (%) command, print the index of all odd numbers in “mylist2”
1 for i in range(3):
2 for j in range(3):
3 odd_num = mylist2[i][j]
4 if (odd_num % 2) == 1:
5 print( '(', i, j ,')' )
