Answer:
def corresponding_of_lists(lst1, lst2):
c = ""
corresponding_list = []
if (lst1 is None) or (lst2 is None):
return None
else:
for i in lst1:
for j in lst2:
c = "(" + str(i) + "," + str(j) + ")"
corresponding_list.append(c)
return corresponding_list
Explanation:
- Create a function called corresponding_of_lists that takes two lists as parameter
- Initialize an empty list to hold the corresponding values
- Check if any of the lists are null, if they are return None
- Otherwise, get the corresponding elements and put them into the corresponding_list
Return the corresponding_list
The turf below may turn yellow and even die as a result of persistent clumps of clippings. The silo effect is the name given to this phenomenon.
<h3>What is the business silo effect?</h3>
The term "silo effect," which is used frequently in the business and organizational communities to describe a lack of communication and shared objectives between departments in an organization, is used to describe this situation. Employee groups that typically operate independently within an organization are referred to as silos.
<h3>Silo mentality definition?</h3>
A silo mentality occurs when different teams or team members within the same organization purposefully withhold important information from other employees. This silo mentality undermines a company's unified vision and prevents long-term objectives from being reached.
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Answer:
#include <bits/stdc++.h>
using namespace std;
int main() {
string in;//string in for taking input...
cout<<"Do you want to continue ?"<<endl;
getline(cin,in);//taking input from the user...
if(in=="y"||in=="Y"||in=="yes"||in=="OK"||in=="Why not?")//conditions..
cout<<"OK"<<endl;
else if(in=="No")
cout<<"terminating"<<endl;
else
cout<<"Bad input"<<endl;
return 0;
}
Explanation:
I have taken a string in.
Then taking input from user.
Checking the conditions using if else if ladder.
B.) V<span>isit a loan officer at a financial institution and complete an application.</span>
Answer:
to count the number of cases that fall into different subgroups within a dataset.
Explanation:
To calculate the frequency within the dataset means to count the number of times that item or condition on which we are checking the column within the dataset is true or the frequency of the case that is coming into different subgroups.
Hence the answer of this question is third option given in the question.
