Subjective information is sometimes helpful in decision making.
a. True b. False

Answer:

a-true

Explanation:

you find that you not certain about what you want so I suggest you find information on that certain subject

Answer:

Hope it helps..☺

1 Refer to the plan below and write a Java program called PrintSum which outputs the sum of the (10 marks) ..umbers from 0 up to n, where n is input by the user: Plan Initialise total and counter to 0 Get n from the user
WHILE the counter is <=n
update the total
add 1 to counter print total
​

In MIPS, all operation codes (op-codes) use ______ only.

A- 5 bits
B- 8 bits
C- 6 bits
D -32 bits

Which of these is false?
Power BI is a tool for visualizing your data and for storytelling
Power BI is interactive and you work with dashboards and reports to discover trends and insights.
Power BI is collaborative - you work from the same data (reports, apps, dashboards) with colleagues to collaborate and share.
Power BI is another name for the reporting tools found in Excel and Microsoft Dynamics

problem description IT​

Consider this scenario: A major software company finds that code has been executed on an infected machine in its operating system. As a result, the company begins working to manage the risk and eliminates the vulnerability 12 days later. Which of the following statements best describes the company’s approach?

Critical Thinking
6-1
Devising a DC Strategy
Problem:

This project is suitable for group or individual work. You're the administrator of a network of 500 users and three Windows Server 2016 DCs. All users and DCs are in a single building. Your company is adding three satellite locations that will be connected to the main site via a WAN link. Each satellite location will house between 30 and 50 users. One location has a dedicated server room where you can house a server and ensure physical security. The other two locations don't have a dedicated room for network equipment. The WAN links are of moderate to low bandwidth. Design an Active Directory structure taking into account global catalog servers, FSMO roles, sites, and domain controllers. What features of DCs and Active Directory discussed in this chapter might you use in your design?

d) Declare an array list and assign objects from the array in (a) that have more than or equal to 4000 votes per candidate to it. ​

1) If it takes your computer 2 hours to complete a process requiring 3TB of memory, how fast is your dada processing speed in KB per second

2) You are comparing two computerized devices to determine which to buy. You like downloading 30 MB songs. How many full songs will a device with 8GB storage hold

we are supposed to use the cancelling method thing or whatever

Kilobyte=KB=1024 bytes
megabyte=MB=1024 KB
gigabye=GB=1024 MB
terabyte=TB=1024 GB

What will be the output?
name = "Dave"
print(name)
A. name
B. "Dave"
C. Dave
D. (name)

survey and describe the system

A library contains 60,000 books. 14,000 are on the subject of business, 22,000
are on healthcare and 12,000 on psychology and law. What percentage of the
library’s books is on computing, if computing books make up two-thirds of the
remainder?

QUESTION 1 Choose a term from COLUMN B that matches a description in COLUMN A. Write only the letter (A-L) next to the question number (1.1-1.10) in the ANSWER BOOK. COLUMN A 1.1. Substances that provide nourishment to the body 1.2. How you think and feel about something 1.3. Helps to cope with the challenges of being a student Exercise relating to increasing your heart rate 1.5. Having traits or qualities traditionally associated with 1.4. men 1.6. Seeing, hearing, or sensing something that is not really there 1.7. 1.8. Leaving everything till the last minute Is Chapter 2 in the Constitution of SA 1.9. Group of people who share notes and information 1.10. Ability to exercise for extended period of time COLUMN B A hallucination B nutrients C study group D procrastinate E endurance F Bill of Rights G Cardio-vascular H masculine I attitude J resilience K strength L flexibility ​

Need help
I need help with this it’s really confusing and I have to send it to my teacher with a file I don’t get it

You are part of a sales group that has been asked to give a presentation.
Before you begin, what should you and your group do?
O A. Figure out who is the best public speaker.
O B. Look into file-sharing options so that everyone can work on the
same file at the same time.
OC. Buy the best software on the market.
O D. Ask if you have to give a slide presentation.

Project – Develop an outline for your business plan. While most of it is an outline, write a business idea statement, a purpose statement, and a plan of the next steps to do.

4:when a computer is on it is
normally termed......
A:information
B:programming
C:running ↓

What happens during a SQL interjection?

A.
XML input is affected
B.
a syntax error occurs
C.
LDAP statements are exploited
D.
system operations are affected

Design a pda (pushdown automata) of the following:
a^n b^n c^m d^4m

in media literacy,
how does media influence public? and the press

⚫ analyze or compare the influences of social media
⚫ analyze the ethics or journalist, news outlets, etc​

do any of you know of a good online web browser?

Which of the following would be considered unethical for a programmer to do? (5 points)

Create software used to protect users from identity theft
Ignore errors in programming code that could cause security issues
Protect users from unauthorized access to their personal information
Use someone else's code with the original developer's permission

For the equation y = 5 + 6x, what does y equal when x is 4?
A.
29

B.
15

C.
19

D.
23

what is the different between ethical and legal issues?​

You decided to test a potential malware application by sandboxing. However, you want to ensure that if the application is infected, it will not affect the host operating system. What should you do to ensure that the host OS is protected

create a visual python quiz that pops up when you run the code

Order the steps to access the Spell Checker pane.
Click on the Review tab.
Click on the Spelling button.
Navigate to the Proofing group.

python assighment 12 not whole question

For this assignment, you will write a series of methods which are designed to help you analyze how often different words appear in text. You will be provided texts as lists of words, and you will use dictionaries to help with your analysis.

Methods to write

Method
Description
get_word_counts(word_list)
This method will take a list parameter and return a dictionary which has as its keys the words from the list, and has as its values the number of times that word appears in the list. So, for example, if you have the following list:
words = ["to", "be", "or", "not", "to", "be"]
then get_word_counts(words) should return this dictionary:
{'to': 2, 'be': 2, 'or': 1, 'not': 1}
number_of_appearances(word_counts, word)
This method takes a dictionary of word counts (like the one returned from your get_word_counts method) as a parameter and a single word. It returns the number of times that word appears in the text (i.e. the value if it exists in the dictionary, or 0 otherwise).
total_words(word_counts)
This method takes a dictionary of word counts (like the one returned from your get_word_counts method) as a parameter. It returns the total number of words from the text (i.e. the sum of all the values).
most_common(word_counts)
This method takes a dictionary of word counts (like the one returned from your get_word_counts method) as a parameter. It returns the word which appears the most frequently (i.e. the key with the highest value in the dictionary). Don't worry if there is more than one most common word; any correct answer should pass the grader, as it will be tested only on word count dictionaries with a single most common word.
single_words(word_counts)
This method takes a dictionary of word counts (like the one returned from your get_word_counts method) as a parameter. It returns a list containing every word which appears exactly once (i.e. every key which has a value of 1).
get_combined_counts(word_counts_a, word_counts_b)
This method takes two dictionaries of word counts (like the one returned from your get_word_counts method) as parameters. It returns a single dictionary which combines the totals from both.
The starter code already contains the following lines of code to test your methods on some words from two classic Beatles songs.
words = ['oh', 'i', 'need', 'your', 'love', 'babe', 'guess', 'you', 'know', 'its', 'true', 'hope', 'you', 'need', 'my', 'love', 'babe', 'just', 'like', 'i', 'need', 'you', 'hold', 'me', 'love', 'me', 'hold', 'me', 'love', 'me', 'i', 'aint', 'got', 'nothing', 'but', 'love', 'babe', 'eight', 'days', 'a', 'week', 'love', 'you', 'every', 'day', 'girl', 'always', 'on', 'my', 'mind', 'one', 'thing', 'i', 'can', 'say', 'girl', 'love', 'you', 'all', 'the', 'time', 'hold', 'me', 'love', 'me', 'hold', 'me', 'love', 'me', 'i', 'aint', 'got', 'nothing', 'but', 'love', 'girl', 'eight', 'days', 'a', 'week', 'eight', 'days', 'a', 'week', 'i', 'love', 'you', 'eight', 'days', 'a', 'week', 'is', 'not', 'enough', 'to', 'show', 'i', 'care']
counts = get_word_counts(words)
print("WORD COUNTS")
for word in sorted(counts):
    print(word, counts[word])
print()

print("Appearances of 'need':", number_of_appearances(counts, "need"))
print("Appearances of 'want':", number_of_appearances(counts, "want"))
print()

print("Total words:", total_words(counts))

print("Most common word:", most_common(counts))
print()

print("SINGLE WORDS")
for word in sorted(single_words(counts)):
    print(word)
print()

other_words = ['love', 'love', 'me', 'do', 'you', 'know', 'i', 'love', 'you', 'ill', 'always', 'be', 'true', 'so', 'please', 'love', 'me', 'do', 'whoa', 'love', 'me', 'do', 'love', 'love', 'me', 'do', 'you', 'know', 'i', 'love', 'you', 'ill', 'always', 'be', 'true', 'so', 'please', 'love', 'me', 'do', 'whoa', 'love', 'me', 'do', 'someone', 'to', 'love', 'somebody', 'new', 'someone', 'to', 'love', 'someone', 'like', 'you']
other_counts = get_word_counts(other_words)
print("OTHER WORD COUNTS")
for word in sorted(other_counts):
    print(word, other_counts[word])
print()
combined_counts = get_combined_counts(counts, other_counts)
print("COMBINED WORD COUNTS")
for word in sorted(combined_counts):
    print(word, combined_counts[word])
You should uncomment lines to test your methods as you go along. Leave these lines uncommented when you submit your code, as the grader will use them for one of the tests.
If you want to transform your own text to a list so you can analyze it using your methods, here is some simple code you can use to change a passage into a list. Be warned - it may not work if your text contains quotation marks or line breaks.

​

a. Draw the hierarchy chart and then plan the logic for a program needed by Hometown Bank. The program determines a monthly checking account fee. Input includes an account balance and the number of times the account was overdrawn. The output is the fee, which is 1 percent of the balance minus 5 dollars for each time the account was overdrawn. Use three modules. The main program declares global variables and calls housekeeping, detail, and end-of-job modules. The housekeeping module prompts for and accepts a balances. The detail module prompts for and accepts the number of overdrafts, computes the fee, and displays the result. The end-of-job module displays the message Thanks for using this program.


b. Revise the banking program so that it runs continuously for any number of accounts. The detail loop executes continuously while the balance entered is not negative; in addition to calculating the fee, it prompts the user for and gets the balance for the next account. The end-of-job module executes after a number less than 0 is entered for the account balance.


Hierarchy chart and pseudocode required

=SUM(A2:A19,013,855,19)
What is the meaning of sum

A Quicksort (or Partition Exchange Sort) divides the data into 2 partitions separated by a pivot. The first partition contains all the items which are smaller than the pivot. The remaining items are in the other partition. You will write four versions of Quicksort:
• Select the first item of the partition as the pivot. Treat partitions of size one and two as stopping cases.
• Same pivot selection. For a partition of size 100 or less, use an insertion sort to finish.
• Same pivot selection. For a partition of size 50 or less, use an insertion sort to finish.
• Select the median-of-three as the pivot. Treat partitions of size one and two as stopping cases.
As time permits consider examining additional, alternate methods of selecting the pivot for Quicksort.

Merge Sort is a useful sort to know if you are doing External Sorting. The need for this will increase as data sizes increase. The traditional Merge Sort requires double space. To eliminate this issue, you are to implement Natural Merge using a linked implementation. In your analysis be sure to compare to the effect of using a straight Merge Sort instead.

Create input files of four sizes: 50, 1000, 2000, 5000 and 10000 integers. For each size file make 3 versions. On the first use a randomly ordered data set. On the second use the integers in reverse order. On the third use the
integers in normal ascending order. (You may use a random number generator to create the randomly ordered file, but it is important to limit the duplicates to <1%. Alternatively, you may write a shuffle function to randomize one of your ordered files.) This means you have an input set of 15 files plus whatever you deem necessary and reasonable. Files are available in the Blackboard shell, if you want to copy them. Your data should be formatted so that each number is on a separate line with no leading blanks. There should be no blank lines in the file. Even though you are limiting the occurrence of duplicates, your sorts must be able to handle duplicate data.

Each sort must be run against all the input files. With five sorts and 15 input sets, you will have 75 required runs.

The size 50 files are for the purpose of showing the sorting is correct. Your code needs to print out the comparisons and exchanges (see below) and the sorted values. You must submit the input and output files for all orders of size 50, for all sorts. There should be 15 output files here.

The larger sizes of input are used to demonstrate the asymptotic cost. To demonstrate the asymptotic cost you will need to count comparisons and exchanges for each sort. For these files at the end of each run you need to print the number of comparisons and the number of exchanges but not the sorted data. It is to your advantage to add larger files or additional random files to the input - perhaps with 15-20% duplicates. You may find it interesting to time the runs, but this should be in addition to counting comparisons and exchanges.

Turn in an analysis comparing the two sorts and their performance. Be sure to comment on the relative numbers of exchanges and comparison in the various runs, the effect of the order of the data, the effect of different size files, the effect of different partition sizes and pivot selection methods for Quicksort, and the effect of using a Natural Merge Sort. Which factor has the most effect on the efficiency? Be sure to consider both time and space efficiency. Be sure to justify your data structures. Your analysis must include a table of the comparisons and exchanges observed and a graph of the asymptotic costs that you observed compared to the theoretical cost. Be sure to justify your choice of iteration versus recursion. Consider how your code would have differed if you had made the other choice.