Answer:
method for user authentication to the network
Provide detailed information about a user
Explanation:
An in AD, a user account consists of all the information that includes user names, passwords, and groups. All these information defines a domain user in which a user account has membership access to. With the advanced features of Kerbos, mutual authentication in user accounts to a service is achieved.
Answer:
d. broad needs and few customers.
Explanation:
This strategy is based on creation of unique and valuable persons.
Broad needs and few customers (Wealth Management )
Wealth management is a service that combines to address the needs of clients. Wealth Management utilizes financial discipline such as financial and investment , accounting and tax.This service is appropriate for individuals with broad array of diverse needs.
The two characteristics of scalable network are such that it
can easily grow in size without causing any impact to the current users. This means,
increase in network capacity and technical capability will not have any detrimental
effects to the users. Another characteristic
of this network is that it can work perfectly with modular devices provided
they support expansion process.
In data presentation of computing
systems and applications, when a user click the submit button on the form, the
name-value pair of each form is sent because it is an open-ended data structure
that allows future extension without altering existing code or data.
Solution :
class Employee:
#Define the
#constructor.
def __
__(
, ID_number, 
, email):
#Set the values of
#the data members of the class.
= name
_number = ID_number
= salary
self.email_address = email
#Define the function
#make_employee_dict().
def make_employee_dict(list_names, list_ID, list_salary, list_email):
#Define the dictionary
#to store the results.
employee_dict = {}
#Store the length
#of the list.
list_len = len(list_ID)
#Run the loop to
#traverse the list.
for i in range(list_len):
#Access the lists to
#get the required details.
name = list_names[i]
id_num = list_ID[i]
salary = list_salary[i]
email = list_email[i]
#Define the employee
#object and store
#it in the dictionary.
employee_dict[id_num] = Employee(name, id_num, salary, email)
#Return the
#resultant dictionary.
return employee_dict
