Is a hard disk is considered to be an internal storage device?
Answers
Answer:
CPU
Explanation:
because it is a hard disk
Yes
A hard disk is an internal device that permanently stores data, but it is a secondary storage device. It is directly attached to the disk controller of a motherboard of a computer.
I hope this makes sense:)
Related Questions
when data within a zone changes, what information in the soa record changes to reflect that the zone information should be replicated?
Answers
When data within a zone changes, the serial number in the SOA (Start of Authority) record changes to reflect that the zone information should be replicated.
The SOA record is a fundamental component of the Domain Name System (DNS) system. It provides essential information about the domain, including the primary nameserver, contact details for the domain administrator, and when the zone data was last updated. The SOA record also contains a 32-bit unsigned integer called the serial number. The serial number in the SOA record plays a vital role in replicating zone data. DNS servers use it to compare versions of the zone information in their local cache with those on authoritative servers. If the serial number in the SOA record on the authoritative server is higher than the serial number stored in the local DNS server's cache, the local server will fetch the latest version of the zone data from the authoritative server.The DNS system relies on the SOA record to ensure the smooth and accurate transfer of zone information between authoritative DNS servers and local DNS servers. Thus, changing the serial number in the SOA record is essential whenever data within a zone changes to guarantee that DNS servers worldwide have access to the latest version of the zone data.
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Which of the following Internet access methods involves connecting your phone to an Internet-ready laptop in order to gain access?
1.Mobile broadband
2.Wi-Fi hotspot
3.Tethering
4.Cybercafé
Answers
Answer:
C
Explanation:
Tethering is connecting a cellular phone to another device typically a laptop or tablet (in this case it would be a laptop).
Question #6
Plagiarism is the
of someone else's words or
ideas and presenting them as your own.
O borrowing
O rewording
O remixing
O stealing
Read Question
Answers
D. Stealing
Explanation:
Rewriting someone’s words. “Plagiarism” is known as stealing someone’s words.
Answer:
D. Stealing
Explanation:
Plagiarism is "the practice of taking someone else's work or ideas and passing them off as one's own."
In other words, stealing someone's words and claiming them as your own.
Plagiarism is illegal with fines of anywhere between $100 and $50,000.
So, be sure to put quotes (") around published articles or paragraphs if it's for an assignment. If it's not an assignment, don't use it. Unless you wanna be fined anywhere between $100 and $50,000
to refer to a function in a module, python uses _____ notation.
Answers
To refer to a function in a module, Python uses dot notation.
The module must be imported using the "import" statement in order to be used in a Python programme. Using "import math" as an example, the math module would be imported.
Use dot notation to access the module's functions after they have been imported. For instance, the syntax for calling the math module's "sqrt" function would be "math.sqrt()".
Function parameters should be specified since some functions need arguments to work properly. The brackets that come after the function name might be used to specify these arguments.
Use the function's name: The function must be called within brackets in order to be used. For instance, "math.sqrt(25)" would use the math module's sqrt function with the parameter 25, and then return the outcome (which is 5.0 in this case).
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Determining Correct Date Function What function text would you use to put today's date and time in a cell? 0 =TODAYO =NOWO O NOWO) O TODAYO
Answers
The function text that would you use to put today's date and time in a cell is B. =NOW()
What is a Time and Date Function?This refers to the command that is given to a computer in order for it to render the correct time and date in a given cell.
Hence, we can see that from the answer choices, the best one that factors in both TIME AND DATE is =NOW() which is option B while option A is for the function that shows only the current date.
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What is output by the following code?
c = 1
sum = 0
while (c < 10):
c = c + 2
sum = sum + c
print (sum)
Answers
Answer:
if the code is like this, theres an indent on the print(sum)
c = 1
sum = 0
while (c < 10):
c = c + 2
sum = sum + c
print (sum)
the output would be:
3
8
15
24
35
or
if the code look like this, it has no indent on print(sum)
c = 1
sum = 0
while (c < 10):
c = c + 2
sum = sum + c
print (sum)
the output would be:
35
What is responsible for what you see on the monitor?
Answers
Answer:
fire truck
Explanation:
how to beat level 50 in give up robot 2
Answers
Answer:
just follow the steps and and become tough calm but tough
Count how many words in a list have length 5. modified as follows. Instead of counting the
number of words of length 5, finish the function count_words(a_list, a_length) so it builds and returns a list of all the
words in a_list that have a length equal to the passed argument a_length. Copy your build_list function from the previous
problem into this problem's code, then complete the main() method so it calls build_list() to build and return a list of strings
the_list, then read an int the_length from the user, and finally call count_words(the_list, the_length) and
print out the returned list.
Answers
Here's the code that fulfills the given requirements:
The Codedef build_list():
word_list = []
while True:
word = input("Enter a word (or just press Enter to stop): ")
if word == "":
break
word_list.append(word)
return word_list
def count_words(a_list, a_length):
return [word for word in a_list if len(word) == a_length]
def main():
the_list = build_list()
the_length = int(input("Enter a word length: "))
result = count_words(the_list, the_length)
print(result)
if __name__ == '__main__':
main()
Here's how the code works:
The build_list() function asks the user to enter words until they press Enter without typing anything. It then returns a list of the entered words.
The count_words(a_list, a_length) function takes two arguments: a_list is the list of words to search, and a_length is the length of the words to search for. It then returns a list of words from a_list that have a length of a_length.
The main() function calls build_list() to get a list of words from the user, then asks the user for a word length to search for. It then calls count_words(the_list, the_length) to get a list of words of the desired length, and finally prints out the resulting list.
You can run the code and test it out yourself to see how it works.
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Does anyone know? If you do please answer.
Answers
Write a C/C++ program that performs the tasks described below. The program should take the names of 2 files as cmd-line args. The program should perform a byte-by-byte comparison of the 2 files. Stop the comparison at the first byte-location in which the 2 files differ and print: location: 0xMM 0xNN e.g.: 1008: 0x4F 0xA3 where 1008 is a decimal number representing the distance into the files * (relative to 0)* at which the first difference occurs. And, 0x4F and 0xA3 are the first two bytes in the files that differ. If one file is shorter than the other, print EOF as the value for that file. The location in that case would be one byte distance beyond the last byte actually in the file, e.g.: 103: 0xE3 EOF If the files are identical, print the word IDENTICAL without a location, e.g.: IDENTICAL
Answers
The program uses the standard library fstream to open and read the files byte by byte. It checks for differences between the two files and if found, it outputs the position and the differing bytes.
If one file is shorter, it marks the value as "EOF". If no differences are found, it outputs "IDENTICAL". The implementation of this involves creating an ifstream object for each file and using a loop to read each byte. If a difference is found, the program breaks the loop and outputs the location and differing bytes. If one file ends before the other, the shorter file's byte is marked as EOF and the location is set to the byte after the end of the shorter file. If the end of both files is reached without finding a difference, the program outputs "IDENTICAL".
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Below is a C++ program that performs the byte-by-byte comparison of two files and prints the results according to the provided specifications.
```cpp
#include <iostream>
#include <fstream>
int main(int argc, char* argv[]) {
if (argc < 3) {
std::cout << "Usage: program_name file1 file2" << std::endl;
return 1;
}
std::ifstream file1(argv[1], std::ios::binary | std::ios::ate);
std::ifstream file2(argv[2], std::ios::binary | std::ios::ate);
if (!file1 || !file2) {
std::cout << "Error opening files." << std::endl;
return 1;
}
std::streamsize size1 = file1.tellg();
std::streamsize size2 = file2.tellg();
if (size1 != size2) {
std::cout << "Files have different sizes." << std::endl;
std::cout << "Location: " << std::hex << std::uppercase << (size1 > size2 ? size2 : size1) << " EOF" << std::endl;
} else {
file1.seekg(0);
file2.seekg(0);
std::streamsize position = 0;
char byte1, byte2;
while (file1.get(byte1) && file2.get(byte2)) {
if (byte1 != byte2) {
std::cout << "Location: " << std::hex << std::uppercase << position << " 0x" << std::hex << std::uppercase << static_cast<int>(byte1) << " 0x" << std::hex << std::uppercase << static_cast<int>(byte2) << std::endl;
break;
}
position++;
}
if (position == size1)
std::cout << "IDENTICAL" << std::endl;
}
file1.close();
file2.close();
return 0;
}
```
1. The program starts by checking if the correct number of command-line arguments is provided. If not, it displays the usage information and exits.
2. The program opens the two files specified as command-line arguments in binary mode and checks if they were opened successfully.
3. It determines the sizes of the files using the `tellg()` function, which returns the current position in the file.
4. If the file sizes are different, it prints the location where the files differ, using the minimum size between the two files and indicates "EOF" for the shorter file.
5. If the file sizes are the same, it proceeds to compare the files byte-by-byte using a loop. It reads one byte from each file and compares them. If the bytes differ, it prints the location where the files differ and the values of the differing bytes.
6. If the loop completes without finding any differences (`position == size1`), it means the files are identical, and it prints "IDENTICAL".
7. Finally, the program closes the file streams and returns 0 to indicate successful execution.
Note: Remember to compile the program using a C++ compiler, such as `g++`, and provide the file names as command-line arguments when running the program.
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The following code causes an infinite loop. Can you figure out what’s missing and how to fix it?
def count_numbers(first, last):
# Loop through the numbers from first to last
x = first
while x <= last:
print(x)
count_numbers(2, 6)
# Should print:
# 2
# 3
# 4
# 5
# 6
Answers
Answer and explanation:
The infinite loop is being caused by the lack of an increment statement for the variable `x` inside the while loop. To fix the code, you need to increment the value of `x` by 1 during each iteration of the loop.
Here's the corrected code:
```python
pythondef count_numbers(first, last):
pythondef count_numbers(first, last): # Loop through the numbers from first to last
pythondef count_numbers(first, last): # Loop through the numbers from first to last x = first
pythondef count_numbers(first, last): # Loop through the numbers from first to last x = first while x <= last:
pythondef count_numbers(first, last): # Loop through the numbers from first to last x = first while x <= last: print(x)
pythondef count_numbers(first, last): # Loop through the numbers from first to last x = first while x <= last: print(x) x += 1
pythondef count_numbers(first, last): # Loop through the numbers from first to last x = first while x <= last: print(x) x += 1count_numbers(2, 6)
pythondef count_numbers(first, last): # Loop through the numbers from first to last x = first while x <= last: print(x) x += 1count_numbers(2, 6) # Should print:
pythondef count_numbers(first, last): # Loop through the numbers from first to last x = first while x <= last: print(x) x += 1count_numbers(2, 6) # Should print:# 2
pythondef count_numbers(first, last): # Loop through the numbers from first to last x = first while x <= last: print(x) x += 1count_numbers(2, 6) # Should print:# 2# 3
pythondef count_numbers(first, last): # Loop through the numbers from first to last x = first while x <= last: print(x) x += 1count_numbers(2, 6) # Should print:# 2# 3# 4
pythondef count_numbers(first, last): # Loop through the numbers from first to last x = first while x <= last: print(x) x += 1count_numbers(2, 6) # Should print:# 2# 3# 4 # 5
pythondef count_numbers(first, last): # Loop through the numbers from first to last x = first while x <= last: print(x) x += 1count_numbers(2, 6) # Should print:# 2# 3# 4 # 5# 6
pythondef count_numbers(first, last): # Loop through the numbers from first to last x = first while x <= last: print(x) x += 1count_numbers(2, 6) # Should print:# 2# 3# 4 # 5# 6```
Adding `x += 1` inside the while loop will ensure that the value of `x` increases by 1 during each iteration, preventing the infinite loop and making the code work as intended.
A very common problem in computer graphics is to approximate a complex shape with a bounding box. For a set, s, of n points in 2-dimensional space, the idea is to find the smallest rectangle, R, with sides parallel to the coordinate axes that contains all the points in s. Once s is approximated by such a bounding box, we can often speed up lots of computations that involve s. For example, if R is completely obscured some object in the foreground, then we don't need to render any of s. Likewise, if we shoot a virtual ray and it completely misses R, then it is guarantee to completely miss s. So doing comparisons with R instead of s can often save time. But this savings is wasted if we spend a lot of time constructing R; hence, it would be ideal to have a fast way of computing a bounding box, R, for a set, s, of n points in the plane. Note that the construction of R can be reduced to two instances of the problem of simultaneously finding the minimum and the maximum in a set of n numbers; namely, we need only do this for the x- coordinates ins and then for the y-coordinates in s. Therefore, design a divide- and-conquer algorithm for finding both the minimum and the maximum element of n numbers using no more than 3n/2 comparisons.
Answers
The divide-and-conquer algorithm for finding both the minimum and the maximum element of n numbers using no more than 3n/2 comparisons involves splitting the input set into smaller subsets, recursively finding the min-max pairs for each subset, and merging the pairs to determine the overall min-max values.
The algorithm follows these steps:
1. Divide the input set into two equal subsets.
2. Recursively find the min-max pairs for both subsets.
3. Merge the min-max pairs by comparing the minimum values and the maximum values separately, selecting the lowest minimum and the highest maximum from the pairs.
4. Return the overall min-max pair.
The algorithm performs less than 3n/2 comparisons by comparing both min and max values simultaneously, saving time compared to finding them separately.
The divide-and-conquer algorithm efficiently computes the minimum and maximum elements in a set of n numbers, which can be used for constructing a bounding box in computer graphics to speed up computations.
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what are the atoms in grp one? periodic table. I am going to mark as brainliest
Answers
Answer:
Atoms in group 1:
H
Li
Na
K
Rb
Cs
Fr
Which of the following tiny computer apps is designed to be useful but could cause more harm than good?
BIOS
Macro
OS
Sys file
Answers
The following tiny computer app that is designed to be useful but could cause more harm than good is Sys file
What is a Sys file?This refers to the system file that is in operating systems and contains settings and variables that can make changes to the operating system.
Hence, we can see that if a user decides to tamper with the sys file on their operating system- either Microsoft DOS or Windows Operating Systems, this can lead to irreparable damages.
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How did tribes profit most from cattle drives that passed through their land?
A.
by successfully collecting taxes from every drover who used their lands
B.
by buying cattle from ranchers to keep for themselves
C.
by selling cattle that would be taken to Texas ranches
D.
by leasing grazing land to ranchers and drovers from Texas
Answers
The way that the tribes profit most from cattle drives that passed through their land is option D. By leasing grazing land to ranchers and drovers from Texas.
How did Native Americans gain from the long cattle drives?When Oklahoma became a state in 1907, the reservation system there was essentially abolished. In Indian Territory, cattle were and are the dominant economic driver.
Tolls on moving livestock, exporting their own animals, and leasing their territory for grazing were all sources of income for the tribes.
There were several cattle drives between 1867 and 1893. Cattle drives were conducted to supply the demand for beef in the east and to provide the cattlemen with a means of livelihood after the Civil War when the great cities in the northeast lacked livestock.
Lastly, Abolishing Cattle Drives: Soon after the Civil War, it began, and after the railroads reached Texas, it came to an end.
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Rachelle is writing a program that needs to calculate the cube root of a number. She is not sure how to write the code for that calculations. What could she use instead?
Answers
The cube root is a number multiplied by itself three times to get another number
The code to use is y = x**(1/3)
How to determine the code to useAssume the variable is x, and the cube root of x is y.
So, we have the following equation
\(y = x^\frac13\)
In Python, the code to use is y = x**(1/3)
Hence, the code that Rachelle can use in her calculation is x**(1/3)
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Answer:
The code that Rachelle can use is x**(1/3).
Explanation:
#BrainliestBunchPLEASEEE HELP HURRY
Answers
To start searching for a scholarly article on G. o. ogle Scholar, you should:
"Type the title of the article or keywords associated with it." (Option A)
What is the rationale for the above response?Here are the steps you can follow:
Go to Go. o. gle Scholar website In the search box, type the title of the article or relevant keywords associated with it.Click the "Search" button.Browse through the search results to find the article you are looking for.Click on the title of the article to view the abstract and other details.If the article is available for free, you can download or access it directly from the search results page. If not, you may need to purchase or access it through a library or other academic institution.Note that you can also use advanced search options and filters available on Go. ogle Scholar to narrow down your search results based on various criteria, such as publication date, author, and journal.
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Which of the follow efficiencies would be considered unreasonable?
Answers
Answer:
Exponential or factorial efficiencies algorithms
Explanation:
In a computer engineering system, the efficiencies that would be considered unreasonable is the "Exponential or factorial efficiencies algorithms"
This is unlike Algorithms with a polynomial efficiency that is considered to have Reasonable Time.
help pls lol..
image below
Answers
Answer:
B or C I don't know
so I guessing
Answer:
I think the answer is A
Explanation:
Give the usage and syntax of AVERAGE function.
Answers
Which tools are found in the Quick Analysis feature? Check all that apply.
Table
pivot table
sum
count
more
row evaluation
Answers
Answer:
A, C, E
Explanation:
Answer:
A,B,E
Explanation:
just did it on edge2020
News programs and documentaries are examples of?
Answers
Answer:
A documentary film or documentary is a non-fictional motion-picture intended to "document reality, primarily for the purposes of instruction, education, or maintaining a historical record
` grave or tilda key (just to the left of the #1)
Answers
The grave or tilde key, located just to the left of the #1 key on a standard keyboard, is a versatile key that has multiple uses in computing. When pressed on its own, the key typically creates a grave accent (`), which is a diacritical mark used in some languages to indicate pronunciation or stress.
In programming languages, the grave key is often used to indicate string literals or special characters. For example, in Python, the backtick (a variant of the grave key) is used to indicate a raw string literal.
The tilde (~) is another character that can be created by pressing the same key with the shift key held down. In computing, the tilde is often used to indicate a user's home directory in Unix-based operating systems, and can also be used as a shorthand for negation or approximation.
Overall, the grave or tilde key may not be used as frequently as other keys on the keyboard, but it still has important uses in various contexts, particularly in programming and linguistics.
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A metaphor of human-computer interaction (HCI) in which interacting with the computer, is much like carrying on a conversation is called a _______ metaphor.
Answers
Dialog metaphor.
Write a program in java to input N numbers from the user in a Single Dimensional Array .Now, display only those numbers that are palindrome
Answers
Using the knowledge of computational language in JAVA it is possible to write a code that input N numbers from the user in a Single Dimensional Array .
Writting the code:class GFG {
// Function to reverse a number n
static int reverse(int n)
{
int d = 0, s = 0;
while (n > 0) {
d = n % 10;
s = s * 10 + d;
n = n / 10;
}
return s;
}
// Function to check if a number n is
// palindrome
static boolean isPalin(int n)
{
// If n is equal to the reverse of n
// it is a palindrome
return n == reverse(n);
}
// Function to calculate sum of all array
// elements which are palindrome
static int sumOfArray(int[] arr, int n)
{
int s = 0;
for (int i = 0; i < n; i++) {
if ((arr[i] > 10) && isPalin(arr[i])) {
// summation of all palindrome numbers
// present in array
s += arr[i];
}
}
return s;
}
// Driver Code
public static void main(String[] args)
{
int n = 6;
int[] arr = { 12, 313, 11, 44, 9, 1 };
System.out.println(sumOfArray(arr, n));
}
}
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A(n) ______ is a tree in which each internal node has either two or three children, and all leaves are at the same level.
Answers
Answer: 2-3 tree
Explanation:
is a computer virus similar to biological virus
Answers
Answer:
Computer viruses are called by this name because they are very similar to biological viruses in their effect and are transmitted from one device to another, as the infection in biological viruses is transmitted from one person to another, and not only the similarity through transmission of infection, as the biological virus is not a living organism but is part of the DNA inside protective casing.
Unlike a cell, a virus cannot reproduce, as it is not a living organism.
Explanation:
WHY DOES THIS HAPPEN!?!??!?
Answers
Answer:
whats the qeustain?
Explanation:
When you cite your sources and give credit to the authors, you are: (select all that apply)
practicing ethical behavior.
allowing people to know where you got your ideas.
behaving in an unethical way.
behaving in a scholarly way.
Answers
When you cite your sources and give credit to the authors, you are: (select all that apply) is option A: practicing ethical behavior.
Why is ethical behavior important?In order to tell the truth, maintain our word, or assist a stranger in need, we must follow ethical principles. Everyday decisions we make are guided by an ethical framework that helps us avoid unjust results and helps us make decisions that have good effects on the world.
Therefore, Honesty, fairness, and equity in interpersonal, professional, and academic relationships as well as in research and scholarly pursuits are characteristics of ethical behavior. The rights, diversity, and dignity of both individuals and groups of people are respected in ethical behavior.
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Answer:
a, b, d
Explanation:
:)