(var count2 = 0; count2 < 3; count2++)

Answer:

3 times

Explanation:

Given

The above loop

Required [Missing from the question]

Times the loop is executed

From the question, we have:

count2 = 0 ----- Start

count2 < 3 ----- End. This means (2) because 2 < 3

coun2++ ----- Increment of 1

This means that count2 will be incremented by 1 from 0 to 2.

So, the values of count2 at each loop is:

count2 = 0, 1, 2

Hence, the loop is executed 3 times

What does Al stand for?
B. Artificial Ingenuity
A. Actual Intelligence
C. Artificial Intelligence
D. Algorithm Intel

8. Write a sentence that gives the name of the first web page you visited and one fact
about your career you learned there. Write another sentence about how you knew the
website was trustworthy.
9. Write a sentence that gives the name of the second web page you visited and one fact
about your career you learned there. Write another sentence about how you knew the
website was trustworthy.
10.Write a sentence that gives the name of the third web page you visited and one fact
about your career you learned there. Write another sentence about how you knew the
website was trustworthy.
11.Write a sentence that explains the action required from the person reading the e-mail.
You could tell your instructor to ask you if they have questions, or to set up a time to
meet to talk about the information in the e-mail. TIP: The action required section will be
just for practice. You won't actually need to set up a time to meet.
12.Write a clear, professional closing.

the largest network in tje world is​

Kenneth bought a new phone and added two of his friends' numbers to his phonebook. However, he forgot to transfer the phonebook from his previous phone beforehand. Help Kenneth keep the most up-to-date phone numbers for all his friends on his new device. That is, if there is a number saved on both old and new devices for the same friend, you should keep the number saved on the new phone; or if there is only one phone number for a friend, you should keep it, regardless of which device contains it.

perceptron simplest definition

Using the supplied file (lab10.json), write a program that prints each personâs name, along with their friendsâ LAST names. For example, the first line should look like this:Daisy Ingram is friends with Chase, Horton, Rollins.Hint: This particular JSON file starts with a square bracket [. That means that when you load it using the JSON library, it will be a list, rather than a dict.

Write a program, TwoDimentionalGrid. Ask the user to enter the size of the 2 dimensional array. Here we are not doing any input validation. We are assuming, user is going to enter a number greater than 1. Create a 2D array with the same row and column number. Now print the array as a number grid starting at 1. Example: At place row number 3 and column number 2, number would be 6 (3*2). Any number would be the product of it's row number and column number. Hint: Use setw 5. Expected Output: Here I am attaching 2 expected output. Make sure your code is running for both input.

What are the individual presentation objects that are found in the PowerPoint program and used to display content to an audience?

files
slides
cells
charts

One of your start-ups uses error-correcting codes, which can recover the original message as long as at least 1000 packets are received (not erased). Each packet gets erased independently with probability 0.8. How many packets should you send such that you can recover the message with probability at least 99%

Why might you want to consider organizational scope in setting up a network?

A) to determine the physical layout of network components

b) to determine the
communication medium that transports the data

C) to determine who gets to access certain parts of the network

D) to determine the scale and reach of the network

Implement the above in c++, you will write a test program named create_and_test_hash.cc . Your programs should run from the terminal like so:
./create_and_test_hash should be "quadratic" for quadratic probing, "linear" for linear probing, and "double" for double hashing. For example, you can write on the terminal:
./create_and_test_hash words.txt query_words.txt quadratic You can use the provided makefile in order to compile and test your code. Resources have been posted on how to use makefiles. For double hashing, the format will be slightly different, namely as follows:
./create_and_test_hash words.txt query_words.txt double The R value should be used in your implementation of the double hashing technique discussed in class and described in the textbook: hash2 (x) = R – (x mod R). Q1. Part 1 (15 points) Modify the code provided, for quadratic and linear probing and test create_and_test_hash. Do NOT write any functionality inside the main() function within create_and_test_hash.cc. Write all functionality inside the testWrapperFunction() within that file. We will be using our own main, directly calling testWrapperFunction().This wrapper function is passed all the command line arguments as you would normally have in a main. You will print the values mentioned in part A above, followed by queried words, whether they are found, and how many probes it took to determine so. Exact deliverables and output format are described at the end of the file. Q1. Part 2 (20 points) Write code to implement double_hashing.h, and test using create_and_test_hash. This will be a variation on quadratic probing. The difference will lie in the function FindPos(), that has to now provide probes using a different strategy. As the second hash function, use the one discussed in class and found in the textbook hash2 (x) = R – (x mod R). We will test your code with our own R values. Further, please specify which R values you used for testing your program inside your README. Remember to NOT have any functionality inside the main() of create_and_test_hash.cc
You will print the current R value, the values mentioned in part A above, followed by queried words, whether they are found, and how many probes it took to determine so. Exact deliverables and output format are described at the end of the file. Q1. Part 3 (35 points) Now you are ready to implement a spell checker by using a linear or quadratic or double hashing algorithm. Given a document, your program should output all of the correctly spelled words, labeled as such, and all of the misspelled words. For each misspelled word you should provide a list of candidate corrections from the dictionary, that can be formed by applying one of the following rules to the misspelled word: a) Adding one character in any possible position b) Removing one character from the word c) Swapping adjacent characters in the word Your program should run as follows: ./spell_check
You will be provided with a small document named document1_short.txt, document_1.txt, and a dictionary file with approximately 100k words named wordsEN.txt. As an example, your spell checker should correct the following mistakes. comlete -> complete (case a) deciasion -> decision (case b) lwa -> law (case c)
Correct any word that does not exist in the dictionary file provided, (even if it is correct in the English language). Some hints: 1. Note that the dictionary we provide is a subset of the actual English dictionary, as long as your spell check is logical you will get the grade. For instance, the letter "i" is not in the dictionary and the correction could be "in", "if" or even "hi". This is an acceptable output. 2. Also, if "Editor’s" is corrected to "editors" that is ok. (case B, remove character) 3. We suggest all punctuation at the beginning and end be removed and for all words convert the letters to lower case (for e.g. Hello! is replaced with hello, before the spell checking itself).
Do NOT write any functionality inside the main() function within spell_check.cc. Write all functionality inside the testSpellingWrapper() within that file. We will be using our own main, directly calling testSpellingWrapper(). This wrapper function is passed all the command line arguments as you would normally have in a main

Explain 5G so the public can understand what it is

public class Dog
{
/* code not shown */
}
public class Dachshund extends Dog
{
/* code not shown */
}
Assuming that each class has a default constructor, which of the following are valid
declarations?
I. Dog sadie = new Dachshund();
II. Dachshund aldo = new Dachshund();
III. Dachshund doug = new Dog();

In which views can a user add comments to a presentation? Check all that apply.
Outline view
Normal view
Protected view
Slide Sorter view
Notes Page view

If the pictures are not the same size when they are selected from a file,

PowerPoint will use AutoCorrect so they are the same size.
the picture will be overcorrected.
these pictures will remain the size as in the file.
the layout should be fit to the slide.

Draw a chart showing the crossing between red and white flowered pea plants till F2 generation. Find out the genotypic and phenotypic ratio of F2 generation. When the mating of black and white rats takes place, all the offspring produced in first generation are black. Why there are no white rats?

Which of the following is true of binary files?
O They are associated with particular software
programs.
O They are used by developers to store source
code.
They can be opened by most software
programs.
O They are considered universal format files.
DONE

PYTHON:
Defining a Figure of Merit
Consider a string-matching figure of merit. That is, it tells you how close to a given string another string is. Each matching letter in the same spot is worth one point. Only letters need be considered.
For instance, if the secret string reads 'BLACKBEARD', then 'BEACKBEARD' is worth 9 points, 'WHITEBEARD' is worth 5 points, 'BEARDBLACK' is worth 4 points, and 'CALICOJACK' is worth 1 point.
Compose a function pirate which accepts a string of characters guess and returns the number of characters which match the secret string 'BLACKBEARD'. It should be case-insensitive; that is, you should convert input to upper-case letters. It should return zero for strings which are not ten characters in length.
Your submission should include a function pirate( guess ) which returns a float or int representing the number of matching characters. (You should provide the secret string 'BLACKBEARD' inside the function, not outside of it.)
strings should not have same lengths

a predecessor of a work processor is​

9.4 code practice edhesive. PLEASE PLEASE PLEASE HELP

What is the purpose of the Zoom dialog box? to put the selected range in ascending order in a query to put the selected range in descending order in a query to increase the view size of the selected range in a query to decrease the view size of the selected range in a query

According to the article, each of the following
is a challenge in incorporating computer
science in classrooms EXCEPT?

Write the Flowchart to find Even number between 1 to 50
​

Stress is an illness not unlike cancer.
True
False

What is the main difference between sequential and parallel computing?

What is a common use for append queries?
combining two databases together
mailing payment information to employees
archiving data from live tables to archive tables
sending customers receipts that show their orders

Consider the language defined by the following regular expression. (x*y | zy*)* Does zyyxz belong to the language? Yes, because xz belongs to both x*y and zy*. Yes, because both xz and zyy belong to zy*. Yes, because zyy belongs to both x*y and zy*. No, because zyy does not belong to x*y nor zy*. No, because zyy belongs to zy*, but does not belong to x*y. No, because xz does not belong to x*y nor zy*. Does zyyzy belong to the language? Yes, because zy belongs to both x*y and zy*. Yes, because zyy belongs to both x*y and zy*. Yes, because both zy and zyy belong to zy*. No, because zy does not belong to x*y nor zy*. No, because zyy does not belong to x*y nor zy*. No, because zyy belongs to zy*, but does not belong to x*y

Pleaseeeeee help!!!!

What are the disadvantages of using a series circuit in a lighting system?

In Scheme, source code is data. Every non-atomic expression is written as a Scheme list, so we can write procedures that manipulate other programs just as we write procedures that manipulate lists.
Rewriting programs can be useful: we can write an interpreter that only handles a small core of the language, and then write a procedure that converts other special forms into the core language before a program is passed to the interpreter.
For example, the let special form is equivalent to a call expression that begins with a lambda expression. Both create a new frame extending the current environment and evaluate a body within that new environment. Feel free to revisit Problem 15 as a refresher on how the let form works.
(let ((a 1) (b 2)) (+ a b))
;; Is equivalent to:
((lambda (a b) (+ a b)) 1 2)
These expressions can be represented by the following diagrams:
Let Lambda
let lambda
Use this rule to implement a procedure called let-to-lambda that rewrites all let special forms into lambda expressions. If we quote a let expression and pass it into this procedure, an equivalent lambda expression should be returned: pass it into this procedure:
scm> (let-to-lambda '(let ((a 1) (b 2)) (+ a b)))
((lambda (a b) (+ a b)) 1 2)
scm> (let-to-lambda '(let ((a 1)) (let ((b a)) b)))
((lambda (a) ((lambda (b) b) a)) 1)
In order to handle all programs, let-to-lambda must be aware of Scheme syntax. Since Scheme expressions are recursively nested, let-to-lambda must also be recursive. In fact, the structure of let-to-lambda is somewhat similar to that of scheme_eval--but in Scheme! As a reminder, atoms include numbers, booleans, nil, and symbols. You do not need to consider code that contains quasiquotation for this problem.
(define (let-to-lambda expr)
(cond ((atom? expr) )
((quoted? expr) )
((lambda? expr) )
((define? expr) )
((let? expr) )
(else )))
CODE:
; Returns a function that checks if an expression is the special form FORM
(define (check-special form)
(lambda (expr) (equal? form (car expr))))
(define lambda? (check-special 'lambda))
(define define? (check-special 'define))
(define quoted? (check-special 'quote))
(define let? (check-special 'let))
;; Converts all let special forms in EXPR into equivalent forms using lambda
(define (let-to-lambda expr)
(cond ((atom? expr)
; BEGIN PROBLEM 19
'replace-this-line
; END PROBLEM 19
)
((quoted? expr)
; BEGIN PROBLEM 19
'replace-this-line
; END PROBLEM 19
)
((or (lambda? expr)
(define? expr))
(let ((form (car expr))
(params (cadr expr))
(body (cddr expr)))
; BEGIN PROBLEM 19
'replace-this-line
; END PROBLEM 19
))
((let? expr)
(let ((values (cadr expr))
(body (cddr expr)))
; BEGIN PROBLEM 19
'replace-this-line
; END PROBLEM 19
))
(else
; BEGIN PROBLEM 19
'replace-this-line
; END PROBLEM 19
)))