which of the following attributes is more closely associated with attestation services performed by a cpa firm than with other lines of professional work?

Answer:

import java.util.Scanner;

public class qs {

   public static void main(String[] args) {

       Scanner input = new Scanner(System.in);

       double price;

       do {

           System.out.print("Enter the price for a gallon of gas: ");

           while (!input.hasNextDouble()) {

               System.out.println("That's not a number!");

               input.next(); // this is important!

           }

           price = input.nextDouble();

       } while (price < 0);

       System.out.println("The price is " + price);

   }

}

The  2 statements regarding sources and targets that are true are

Source is known to be that which gives the summary information about any kind of transaction.

Targets is known to be the one that tends to provide the in-depth information about any kind of  transaction.

Therefore, The  2 statements regarding sources and targets that are true are

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Answer: The formula DATE(2020,13,15) will result in the error value #VALUE.

This is because the second argument (13) in the DATE function represents the month, and a valid month value should be between 1 and 12. Since 13 is not a valid month value, Excel will return the error value #VALUE.

Explanation:

The formula DATE(2020,13,15) will return an error of #VALUE as the second argument, which represents the month, is invalid since it is outside the range of 1 to 12.

The process of creating a set of instructions that tells a computer how to perform a task is known as programming.

Computer programming languages such as JavaScript, Python, and C++ can be used to create programs.

In Excel, valid arguments for the year, month, and day values are required. The year must be an integer between 1900 and 9999, and the month must be an integer between 1 and 12.

The second argument in this case is 13, which is outside the valid range for a month. As a result, the formula is unable to generate a valid date and returns an error code of #VALUE.

Thus, the answer is #value.

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Answer:

Explanation:

Operators and Expressions in Python

Most lines of code are expressions. For example: 1 + 2 is an expression. The expression has 2 parts:

The (+) operator is a functional represented as symbols (for example, + ==) or reserved words (for example, and not).

Operands (1 and 2) are the data to be operated on.

An expression in Python consists of an operator and operands.

An expression in Python consists of an operator and operands.

After the Python interpreter evaluates the expression, we can, as in the example above, assign the result to the sum variable. Or, for example, immediately display the result on the screen:

>>> print(1 + 2)

3

Comparison Operators

Consider a simple example - 1 + 2 == 3.

To test the truth of a given condition, a boolean type is used. When we execute this expression, the result will be True (true) or False (false).

>>> 1 + 2 == 3

True

A lot of people do love going on different kinds of adventures. People do  like adventures because;

Adventure is simply defined as the act of been involved in an unusual or exciting experience or any activity. It can be hazardous in nature.

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Answer:

Explanation:

Here is the design of a Pushdown Automaton (PDA) for the language L = {a^n b^n c^m d^4m}:

1. The PDA has a stack to store symbols.

2. The initial state is q0 and the initial stack symbol is Z0.

3. The transitions are defined as follows:

- Transition from q0:

 - Read 'a' from the input, push 'A' to the stack, and remain in q0.

 - Read 'b' from the input, pop 'A' from the stack, and transition to q1.

 - Read 'c' from the input, push 'C' to the stack, and transition to q2.

 - Read 'd' from the input, push 'D' to the stack, and transition to q3.

- Transition from q1:

 - Read 'b' from the input, pop 'A' from the stack, and remain in q1.

 - Read 'c' from the input, push 'C' to the stack, and transition to q2.

 - Read 'd' from the input, push 'D' to the stack, and transition to q3.

- Transition from q2:

 - Read 'c' from the input, push 'C' to the stack, and remain in q2.

 - Read 'd' from the input, pop 'C' from the stack, and transition to q2.

 - Read 'd' from the input, pop 'D' from the stack, and transition to q2.

 - Read end of input, pop 'Z0' from the stack, and transition to q4 (final state).

- Transition from q3:

 - Read 'd' from the input, push 'D' to the stack, and remain in q3.

 - Read end of input, pop 'Z0' from the stack, and transition to q4 (final state).

4. The PDA accepts the input string if it reaches the final state q4 with an empty stack.

Note: This PDA design assumes that n and m are positive integers. If n or m can be zero, some modifications to the transitions may be needed to handle those cases.

Answer: AMD’s Ryzen 3000 series of desktop CPUs are very competitive against Intel’s desktop line up offering more cores (16 core/32 thread for AMD and 8 core/16 thread for Intel) but with a lower power draw - Intel may have a lower TDP on paper but my 12 core/24 thread 3900x tops out at around 140W while a i9 9900K can easily hit 160W-180W at stock settings despite having a 10W lower TDP.

Answer:

I do believe that it is a grammar mistake.

Answer:

is that sink hole, I think it is

Answer:

C) changing the test report is not part of revising a computer program.

The easiest way to migrate data from Quickbooks desktop to QuickBooks online is to Go to Company, then pick out Export Company File to QuickBooks Online. Select Start your export.

Common Deciding Factors to transform QuickBooks laptop to on-line. If you seek thru QuickBooks boards and on-line communities, you'll discover humans bringing up that it takes the handiest 15-half-hour to transform documents from QuickBooks Desktop to Online. Then, there could be customers bringing up the time taken to be as much as 24 hours.

Go to Company, then pick out Export Company File to QuickBooks Online. Select Start your export. Sign in as an admin for your QuickBooks Online business enterprise. Select Choose on-line business enterprise, and pick the QuickBooks Online business enterprise you need to update together along with your business enterprise file.

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Answer:

Actually I had this same problem, but I found out that this is almost impossible to take care of, but there is a difficult way of solving this problem.

Answer:

Explanation:

The following code is written in Java. I created both versions of the program that was described in the question. The outputs can be seen in the attached images below. Both versions are attached as txt files below as well.

Answer: Did you ever think of a mirror?

Explanation: Not trying to be rude about it.

To convert the given grammar into Chomsky Normal Form (CNF), we need to rewrite the rules and ensure that each production has only two non-terminals or one terminal on the right-hand side. Here is the converted CNF grammar:

1. S → SS | AB | B

2. A → AA

3. A → a

4. B → bBb | bb | ε

5. C → CC | a

6. D → aC | bb

Explanation:

1. The production S → SS has been retained as it is.

2. The production A → aAAa has been split into A → AA and A → a.

3. The production B → bBb has been split into B → bB and B → b.

4. The production B → bb has been kept as it is.

5. The production B → ε (empty string) has been denoted as B → ε.

6. The production C → CC has been retained as it is.

7. The production C → a has been kept as it is.

8. The production D → aC has been kept as it is.

9. The production D → bb has been kept as it is.

In summary, the given grammar has been converted into Chomsky Normal Form (CNF), where each production has either two non-terminals or one terminal on the right-hand side. This form is useful in various parsing and analysis algorithms.

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Answer:

Explanation:

To convert the given grammar to Chomsky Normal Form (CNF), we need to follow a few steps:

Step 1: Eliminate ε-productions (productions that derive the empty string).

Step 2: Eliminate unit productions (productions of the form A → B).

Step 3: Convert long productions (productions with more than two non-terminals) into multiple productions.

Step 4: Convert terminals in remaining productions to new non-terminals.

Step 5: Ensure all productions are in the form A → BC (binary productions).

Applying these steps to the given grammar:

Step 1: Eliminate ε-productions

The given grammar doesn't have any ε-productions.

Step 2: Eliminate unit productions

The given grammar doesn't have any unit productions.

Step 3: Convert long productions

S → SS (Remains the same)

S → AB

A → aAAa

B → bBb

B → bb

C → CC

C → a

D → aC

D → bb

Step 4: Convert terminals

No changes are needed in this step as all terminals are already in the grammar.

Step 5: Ensure binary productions

The given grammar already consists of binary productions.

The converted grammar in Chomsky Normal Form (CNF) is:

S → SS | AB

A → aAAa

B → bBb | bb

C → CC | a

D → aC | bb

Note: The original grammar didn't include the production rules for the non-terminals 'S', 'C', and 'D'. I assumed the missing production rules based on the provided information.

In this truth table, F5 is true when there are an odd number of true inputs (x, y, and z).

The circuit for the given expression A'BC + B'CD + BC'D:

Use three AND gates:

AND1: Connect A' (A inverted), B, and C

AND2: Connect B', C, and D

AND3: Connect B, C', and D

Use an OR gate:

OR1: Connect outputs of AND1, AND2, and AND3

The output of OR1 represents the given expression: A'BC + B'CD + BC'D.

Suppose that F5 can only be true when an odd number of inputs (x, y, and z) are true in the combinational logic that produces F5. This can be demonstrated using both an XOR gate and an AND gate.

F5 = (x ⊕ y) ⊕ z

Truth table:

x | y | z | F5

--+---+---+---

0 | 0 | 0 | 0

0 | 0 | 1 | 1

0 | 1 | 0 | 1

0 | 1 | 1 | 0

1 | 0 | 0 | 1

1 | 0 | 1 | 0

1 | 1 | 0 | 0

1 | 1 | 1 | 1

In this truth table, F5 is true when there are an odd number of true inputs (x, y, and z).

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A sample memo bbased on the question requirements is given below

To all members of staff.

John Smith, the manager of the human resources department, sent this message.

Title: Revised Policy for Paid Leave

The company has recently revised its Paid Time Off policy, and the changes will take effect immediately. Effective immediately, staff members are entitled to earn paid time off based on their worked hours, with a conversion rate of one hour for every 30 hours, capped at a yearly total of 80 hours. Any remaining PTO hours that go unused will be carried forward to the next year, however, an accumulation of more than 80 hours cannot be carried over by employees. This modification is relevant to both full-time and part-time workers.

To obtain more details regarding the PTO policy, kindly consult the revised employee handbook. In case you possess any inquiries, kindly get in touch with the HR department.

Expressing my gratitude,

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Answer:

An introduction about your self and what your channel will be about.

Explanation:

Answer:

false they do not use the web crawler

Answer:

false

Explanation:

Answer:

A supercomputer is a high-performance computer that is typically used for scientific and engineering research, such as weather forecasting, climate modeling, and large-scale simulations. They are the most powerful and most expensive computers.

A mainframe computer is a large, powerful computer that is typically used by large organizations, such as banks and government agencies, for mission-critical applications.

A server computer is a computer that is used to manage and distribute network resources, such as email and file storage.

A workstation computer is a high-performance computer that is typically used for engineering, scientific, and other demanding applications, such as computer-aided design (CAD) and video editing.

A personal computer (PC) is a general-purpose computer that is designed for individual use, such as for word processing, internet browsing, and playing games.

A microcontroller is a small computer on a single integrated circuit that is typically used in embedded systems, such as in appliances, automobiles, and industrial control systems.

A smartphone is a mobile device that combines the features of a computer with those of a cellular telephone. It is typically used for making phone calls, sending text messages, and accessing the internet.

Explanation:

Explanation:

The layers of computer architecture are the hardware, operating system, software, and user layers.

Answer:

The four layers are hardware, operating system, software, and user layers.

Explanation:

Answer:

Variable Length Subnet Mask (VLSM)

Explanation:

VLSM is a subnet design strategy that allows all subnet masks to have variable sizes. VLSM solves the design problem of basic subnetting by allowing different masks on the subnets.

I hope this helps!

Answer:

You can fix this in multiple ways.

1) Use single quotation marks instead of double, this will do the same thing.

'Enter a password with at least 8 characters and a "!" : '

What happened was "" tells the interpreter when a string begins and ends. It looks for those connecting quotation marks.

2) You can use \" to tell the interpreter that this is not the end of a string.

"Enter a password with at least 8 characters and a \"!\" : '

3) Use multiple double quotation marks (can also be used for multi-line strings).

"""Enter a password with at least 8 characters and a "!" : """

Answer:

password = input("Enter a password with at least 8 characters and a \"!\": ")

if ("!" not in (password) or (len(password) < 8)):

   print("Your password does not meet the requirements.")

Explanation:

You might notice this is a bit different from your code. Firstly, I added escape characters around the ! and changed it from "!" to \"!\" This is because a backslash "\" is considered an escape character. I'm going to explain this as best I can but I'm not the best at explaining things so bare with me. You see how the ! is white text in your code? That's because your compiler is going to read the code like follows. The phrase "Enter a password with at least 8 characters and a " is going to be seen as a string, then, the ! is going to be read as a function call or some sort of variable, and it will probably error out because it doesn't know what the fk you want to do with it. This can be solved by using escape characters. An escape character tells the compiler, 'hey, I'm going to put a special character here to represent some data, don't stop reading this phrase as a string just yet'. That being said, if you change it to \"!\", then the ! color will turn green, because the compiler is reading it properly (as a string). Also, I change your if statement logic. What you saying to the compiler is " if there is NOT a ! in password AND the password is less than 8 chars long, then its a bad password ". This means that if the password is 9 characters long, and DOESNT have a !, it will still pass. Because you're checking to make sure it fails both before you say "hey this is a bad password". This is a simple fix, you just change it the "and" to "or". And then it will read: "Hey, if their password doesn't have a ! in it OR is less than 8 chars, it's not a good password." Sorry for the wall of text, hopefully it helped you learn something though. :)

Answer:

The program is as follows:

my_list = []

inp = input()

while inp.lower() != "stop":

   my_list.append(int(inp))

   inp = input()

Dict_freq = {}

for i in my_list:

   if (i in Dict_freq):

       Dict_freq[i]+= 1

   else:

       Dict_freq[i] = 1

for key, value in Dict_freq.items():

   print (key,"-",value,"times")

Explanation:

This initializes a list of elements

my_list = []

This gets input for the first element

inp = input()

The following iteration is repeated until user inputs stop --- assume all user inputs are valid

while inp.lower() != "stop":

This appends the input to the list

   my_list.append(int(inp))

This gets another input from the user

   inp = input()

This creates an empty dictionary

Dict_freq = {}

This iterates through the list

for i in my_list:

This adds each element and the frequency to the list

   if (i in Dict_freq):

       Dict_freq[i]+= 1

   else:

       Dict_freq[i] = 1

Iterate through the dictionary

for key, value in Dict_freq.items():

Print the dictionary elements and the frequency

   print (key,"-",value,"times")

Trade secrets are confidential business information that give a competitive edge give a competitive edge.

Note that trade secret protection is one that gives people or their owners the right to hinder or stop an information lawfully and it is one that is said to be within their control and this it cannot be disclosed, acquired or used by any other person without their consent.

Conclusively,  confidential business information are said to give an enterprise a competitive edge and it is said to be  unknown to others and thus it is said to be protected as a trade secret.

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The code defines a 5x3 grid of animals stored as a list of lists. Each row represents a list of three animals.

[["frog", "cat", "hedgehog"], ["fish", "emu", "rooster"], ["dog", "monkey", "fox"], ["rooster", "chimpanzee", "raccoon"], ["orangutan", "deer", "crab"]]

The expression grid[2][1] returns the string "monkey" as it accesses the third row (index 2) and the second column (index 1) of the grid.

The expression grid[4][0] returns the string "orangutan" as it accesses the fifth row (index 4) and the first column (index 0) of the grid.

The expression grid[1][1] returns the string "emu" as it accesses the second row (index 1) and the second column (index 1) of the grid.

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We can use a list to store the sensor objects, and we can sort the list by room number, room description, or sensor number. However, accessing a sensor by its room number would require iterating through the entire list.

A tuple is similar to a list, but it is immutable, meaning that it cannot be modified once created. We could use a tuple to store each sensor object, but sorting the tuple would require creating a new sorted tuple. Accessing a sensor by its room number would also require iterating through the entire tuple.

A set is an unordered collection of unique items, and it can be modified. We could use a set to store the sensor objects, but sorting the set is not possible. Accessing a sensor by its room number would also require iterating through the entire set.

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The algorithm given below does not take any parameter to print the number of days in a year, instead all the parameters where statically included as given in the exercise.

//We started by given the function a number with no return type since we //just want to print something

def printNumberOfMinutesInOneYear ( ):

   int oneYear = 365;

   int oneDay = 24;

   int oneHour = 60

  int oneYeatInMinutes = oneYear*oneDay*oneHour

   print(The number of minutes in a year is oneYeatInMinutes)

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