Python, Return a dictionary that strores the frequency of each element.

Create a function calcFreqList that does exactly the same with the following requirements:

• the list is passed as the argument "arg1"
• the function returns a dictionary that stores the frequency of each element

The following code calculates the frequency of elements in a list.

In [ ]:

mylist = ['one','two','three','one','four', 'two', 'one']

setp = set(mylist)

freq = dict().fromkeys(setp, 0)

for p in mylist:

 freq[p] += 1

print(freq)

Create a function calcFreqList that does exactly the same with the following requirements:

• the list is passed as the argument "arg1"
• the function returns a dictionary that stores the frequency of each element

In [ ]:

# write your function here

def calcFreqList(arg1):

 # write your code here

 return ? # replace the question mark with your variable's name

Try the function. The expected outcome is (please note that the order my change):

• "{'two': 2, 'three': 1, 'one': 3, 'four': 1}"

In [ ]:

# test the function here

print(calcFreqList(mylist))

Exercise 6.3 The following code calculates the frequency of elements in a list. In [ ]: mylist = ['one', 'two', 'three', 'one','four', 'two', 'one'] setp = set (mylist) freq = dict().fromkeys (setp, 6) for p in mylist: freq[p] += 1 print(freq) Create a function calcFreqList that does exactly the same with the following requirements: the list is passed as the argument "arg1" the function returns a dictionary that stores the frequency of each element In [ ]: # write your function here def calcFreqList(argi): # write your code here return ? # replace the question mark with your variable's name Try the function. The expected outcome is (please note that the order my change): "{"two: 2, 'three': 1, 'one': 3, 'four: 1}" In [ ]: # test the function here print(calcFreqList(mylist))