As Viet drives around and checks meters to document the amount of electricity used in homes he would be part of the energy distribution process since the electricity is distributed off a power line into the house and then within the house by the wiring to the lights and the electrical outlets for usage by the inhabitants.
Answer:
Following are the program in the Python Programming Language
#set variable to input sentence to replace words
sen = input()
#split that sentence
sen = sen.split()
#set variable to input whole sentence
get = input()
#set the for loop to replace words
for i in range(0, len(sen), 2):
#check condition when words of sen is in get
if sen[i] in get:
#then, replace words
get = get.replace(sen[i], sen[i+1])
#print the whole string after replacing
print('\n',get)
Explanation:
<u>Following are the description of the program</u>.
- Set a variable 'sen' that get a sentence for replacing the word.
- Split that sentence by split() method and again store that sentence in the following variable.
- Set a variable 'get' that gets the whole sentence from the user.
- Set the for loop for replacing words then, set the if conditional statement that checks the condition that the variable 'sen' in the variable 'get' then replace the words.
- Finally, print the whole sentence after the replacement.
What is the expected total cost for one year at the local community college if Kirk lives at home?
Answer: $6845
What is the expected total cost for one year at the out-of-state school if Kirk lives on campus?
Answer: $30,566
Answer:
O(n^2)
Explanation:
The number of elements in the array X is proportional to the algorithm E runs time:
For one element (i=1) -> O(1)
For two elements (i=2) -> O(2)
.
.
.
For n elements (i=n) -> O(n)
If the array has n elements the algorithm D will call the algorithm E n times, so we have a maximum time of n times n, therefore the worst-case running time of D is O(n^2)
