Answer:
It is an excellent decision to change to active directory
Explanation:
Active Directory offers the following advantages, for optimal customer response:
Main objects (users, groups, units, organization).
Security (groups, NTFS - permits, audit)
Integration (-windows services, Microsoft applications)
Administration (centralized and delegated)
Scalability (domain, tree, forest)
All the above helps us to control access to files.
Answer:
<u>None</u>
Explanation:
Great question, it is always good to ask away and get rid of any doubts that you may be having.
Unfortunately, none of these answers would be factually nor grammatically correct. For Starters Kona is not an island Kailua-kona is the capital town of the Big Island in Hawaii.
Regardless of that fact, none of the answers given would make the sentence make sense grammatically. The Only way for the sentence to make sense grammatically, the answer either needs to stay blank or be Kailua. Like so...
Unlike the climate of the other islands of Hawaii, <u>Kailua</u> Kona contains 54 different temperate zones.
I hope this answered your question. If you have any more questions feel free to ask away at Brainly.
Answer:
True of False?
True
Explanation:
Different sub domains can be directed to different IPs servers but a client server cannot be forced to keep looking at name servers for additional records.
To delegate a subdomain to a zone on another server, one would need to add NS-records for the sub-domain name. This would point to the host names of the DNS servers hosting the sub-domain - in the parent zone.
In the "DNS records" window right-click the parent zone in the left list and select "New NS-record":
Answer:
The program to this question can be defined as follows:
Program:
n = int(input("Enter the number: ")) #input value from user end
print("Entered value: ",n) #print value
lt = [] #defining an empty list
for i in range(n): # loop to input values
lt.append(int(input())) #add values in the list
minimum_value = min(lt) # finding minimum value
print("Smallest value: ",minimum_value) #print value
print("Normalising data: ") #print message
for x in lt: #defining loop normalising value
print(x-minimum_value) #print normalised values
Output:
Enter the number: 5
Entered value: 5
90
60
30
80
70
Smallest value: 30
Normalising data:
60
30
0
50
40
Explanation:
In the given code a variable "n" is defined, that input value from the user end, in the next step, an empty list is defined, an two for loop is declared, which calculates the given value.
- In the first for loop, the append method is used, that input values in the given list, and at the last use the min function, that prints the smallest value in the list, and stores its value in the "minimum_value".
- In the second for loop, the "minimum_value" variable value is subtracted from the list value and print its values.
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