Which step is common to both creating a new document and saving a document?

Answer: B: It's usually cheaper to upgrade software than it is to purchase a new product.

Explanation: I googled it lol :)

Answer:

b

Explanation:

b

word = whatever value you want.

if "mold" in word:

   print("Mold is in the variable word.")

else:

   print("Mold is not in the variable word.")

I've included my code in the picture below.

Answer:

A) options this is correct

Explanation:

Answer:

The answer is definitely option A

Explanation:

Answer:

Explanation:

Being overweight, eating unhealthy, and not exercising can cause diabetes.

Some symptoms of diabetes are being sleepy, being very thirsty, losing weight without trying to, being very hungry, having dry skin, and your hands or feet being numb are some symptoms.

This conditions does explain why Elsa may be tired because tiredness is a symptom of diabetes.

Glucose is most likely affected by diabetes.

Having a shortage of iron in your body causes anemia

Symptoms of anemia are weakness, fatigue, shortness of breath, pale skin, chest pain, and dizziness.

Anemia may be the reason Elisa is tired because it causes fatigue and weakness.

Oxygen is most likely affected by anemia.

Answer:

Written in C++

#include <stdio.h>

int main(){

   double value = 9876.12345;

   printf("1: %.1g\n", value);

   printf("2: %.2g\n", value);

   printf("3: %.3g\n", value);

   printf("4: %.4g\n", value);

   printf("5: %.5g\n", value);

   printf("6: %.6g\n", value);

   printf("7: %.7g\n", value);

   printf("8: %.8g\n", value);

   printf("9: %.9g\n", value);

   return 0;

}

Explanation:

This declares and initializes value as double

   double value = 9876.12345;

This prints the first precision

   printf("1: %.1g\n", value);

This prints the second

   printf("2: %.2g\n", value);

This prints the third

   printf("3: %.3g\n", value);

This prints the fourth

   printf("4: %.4g\n", value);

This prints the fifth

   printf("5: %.5g\n", value);

This prints the sixth

   printf("6: %.6g\n", value);

This prints the seventh

   printf("7: %.7g\n", value);

This prints the eight

   printf("8: %.8g\n", value);

This prints the ninth

   printf("9: %.9g\n", value);

The precision is printed using the following syntax: printf("%.ag\n", value);

Where a represents the number of digits to print

Answer:

artificial intelligence

Explanation:

Remember, the term Artificial intelligence in simple words refers to a technology that enables machines (such as computers) to make decisions, plan activities, and execute tasks.

So in a sense, with widespread usage of artificial intelligence, humans would no longer play active roles in executing tasks but the machines will; doing so rapidly.

Solution :

#include<LiquidCrystal.h>

int value;

int flag;

LiquidCrystal lcd(12, 11, 5, 4, 3, 2);

void setup()

{

lcd.begin(16, 2);

Serial.begin(9600);

}

void loop()

{

value=digitalRead(7);

  if(value==0){

flag=1;}

  if(value==1){

flag=~flag;}

  if (flag==1){

lcd.setCursor(0,0);    

  lcd.print("number is");

lcd.setCursor(2,1);    

lcd.print(random(0, 255));

delay(1000);

}

  else{

lcd.setCursor(0,0);

lcd.print("Not Pressed");

delay(1000);

lcd.clear();}

}

Answer:

# Get the user's height.

Explanation:

The answer is #

Answer: #

Explanation: got it right on edgen

Answer:

(1) #include<iostream>

(2) #include<conio.h>

(3) using namespace std;

(4) void main()

(5) {  

(6) float temp;

(7) char sel;

(8)    cout<<“Select a temperature value in Celcius or Fahrenheit.\n”;

(9)   cout<<“Press C for Celcius.\n”;

(10)   cout<<“Press F for Fahrenheit.\n”;

(11)  cin>>sel;

(12) switch (sel)

(13){

(14)case ‘C’:

(15) cout<<“Enter a temperature value in Celcius: “;

(16)cin>>temp;

(17) if(temp<=0)

(18)   {

(19)   cout<<“Water is solid at “<<temp<<” degree C.”;

(20)   }

(21)  else if(temp>=100)

(22)   {

(23)  cout<<“Water is gaseous at “<<temp<<” degree C.”;

(24) }

(25) else

(26)    {

(27)   cout<<“Water is liquid at “<<temp<<” degree C.”;

(28)  }

(29)         break;

(30)  case ‘F’:

(31)     cout<<“Enter a temperature value in Fahrenheit: “;

(32)   cin>>temp;

(33)   if(temp<=32)

(34)  {

(35)  cout<<“Water is solid at “<<temp<<” degree F.”;

(36)    }

(37)    else if(temp>=212)

(38)  {

(39)   cout<<“Water is gaseous at “<<temp<<“degree F.”;

(40)  }

(41)    else

(42)   {

(43)  cout<<“Water is liquid at “<<temp<<” F.”;

(44)    }        

(45)    break;

(46)  }  

(47)   getch();

(48) }

Answer:

Naruto

Explanation:

Madara Uchiha said that TwT

-LavenderVye

Answer:

ApOWER PIVOT

Explanation:

The tools that can be used to aggregate relational data from multiple sources is Power Pivot.

Data aggregation is the known as putting or gathering of data and presenting a summary form of it.

The data can be gathered from multiple data sources with the intent of combining these data sources into a summary for data analysis.

conclusively, Data warehouses gives users room to run queries, compile reports, generate analysis, and retrieve data in a consistent format.

Learn more from

https://brainly.com/question/21263038

Answer:

nooooooo

Explanation:

Answer:

The answer to this question is given below in the explanation section.

Explanation:

The question is about which of the following should be implemented when there is a period of high employee turnover?

The options to this question are given below.

The correct option to this question is-3:

A review of user access and right.

Other options are not correct because these options are not related to review when employee turnover is going high etc.

Answer:

Violation of city Statute

Answer:

B

Explanation:

Answer:

You can use a word processor to write, edit, print, and perform a variety of modifications on a document.

Spreadsheet programs enable users to perform statistical functions and create charts and graphs for data analysis.

Explanation:

Took the test

Answer:

a. SELECT order_id, order_date, order_source_id, source_description, first_name || last_name AS customer_name

        FROM customer_order;

b. SELECT order_id, order_date, meth_pmt, first_name || last name AS customer_name

        FROM customer_order;

c. SELECT shipment_id, inv_id, ship_quantity, date_expected, date_received

       FROM shipment_line;

Explanation:

When using SQL statements to display a certain amount of information, the SELECT syntax is used. It is written as;

          SELECT X, Y, Z

             FROM alphabets;

The SELECT statement is used to list the variables to be displayed which are usually separated by a coma.

The FROM indicates the table from which the variables should be extracted from.

The ; sign signifies the end of an SQL statement and that you want your query to be run

This "first_name || last_name AS customer_name" tells SQL to combine the first and last name of customers and display them as customer_name.

Answer:

double pyramidVolume(double baseLength, double baseWidth, double pyramidHeight)

{

  return baseLength * baseWidth * pyramidHeight / 3.0;

}

Answer:

See answers below :)

Explanation:

-is responsible for memory and device management

-is responsible for system security

Answer:

tayanaf

Explan

ation:صثح

Answer: Schedule Update for Project XYZ

Explanation:

Answer:

A. Schedule Update for Project XYZ

It will not work because the bank needs to use a server in a central location to allow for the remote access, hence option B is correct.

A distributed application architecture known as peer-to-peer computing or networking divides jobs or workloads across peers.

Peers are equally qualified and capable members of the network. They are referred to as the nodes in a peer-to-peer network.

In the hypothetical situation, the technician is unable to manage the complete network from outside the bank. Every time a problem arises, the technician must visit the bank.

Therefore, in order to give them the desired remote access, I need a server that is situated in a strategic location, hence option B is correct.

Learn more about peer-to-peer network, here:

https://brainly.com/question/10571780

#SPJ5

lst = input().split()

lst.pop(0)

w = lst[-1]

lst.pop(-1)

newlst = [int(x) for x in lst if int(x) <= int(w)]

print(newlst)

This works for me. Best of luck.

Answer:

clear

Explanation:

Answer:

just did the test and the answer is c clear

Explanation:

Answer:

start Stack push:

IF stack is full

   return NULL

ENDIF

stack_top = stack_top + 1

stack[ stack_top] = data

end

start stack pop:

IF stack is empty

   return NULL

ENDIF

data = stack[ stack_top]

stack_top = stack_top - 1

end

start stack findMin:

SORT stack in ascending order

min = stack[0]

RETURN min

end

Explanation:

Pseudocode is the description of an algorithm to be used to implement a program code. The pseudocode above describes the step by step implementation of the stack data structure 'push', 'pop', and a new 'findMin' function. The findMin function sorts and gets the minimum value of the elements in the stack. The push and pop operators add and remove items from a stack.

The pseudocode of all three functions does not iterate over the stack element, but gets the constant values of an item in the stack, giving it a time complexity of 1 (O(1) in big-O notation).

Answer:

O(n) which is a linear space complexity

Explanation:

Space complexity is the amount of memory space needed for a program code to be executed and return results. Space complexity depends on the input space and the auxiliary space used by the algorithm.

The list or array is an integer array of 'n' items, with the memory size 4*n, which is the memory size of an integer multiplied by the number of items in the list. The listSize,  i, and arithmeticSum are all integers, the memory space is 4(3) = 12. The return statement passes the content of the arithmetic variable to another variable of space 4.

The total space complexity of the algorithm is "4n + 16" which is a linear space complexity.

Answer:

bcause when the computer crashes and shuch the thing is fine becasue all it does is store

Explanation:

f = open("numbers.txt", "r")

lst = [int(x) for x in f.read().splitlines()]

maxvalue = max(lst)

This works for me. Best of luck. If you want to test the code in an ide, use print(maxvalue) at the end of the code to see the value of your maxvalue variable.

Answer:

Written using C++

#include <iostream>  

#include <vector>  

using namespace std;  

int main() {  

vector<int> fibb;  

int n1 = 0;

int n2 = 1;

int temp;

for (int nm= 0; nm < 50;nm++) {

 fibb.push_back(n1);

 temp = n1 + n2;

 n1 = n2;

 n2 = temp;

}

for (int nm= 0; nm < 50;nm++) {

{

 cout<<fibb.at(nm)<<" ";

}

return 0;  

}

Explanation:

#include <iostream>  

#include <vector>  

using namespace std;  

int main() {  

This line declares the vector as integer

vector<int> fibb;  

This line initializes the first term to 0

int n1 = 0;

This line initializes the second term to 1

int n2 = 1;

This line declares a temporary variable

int temp;

The following iteration populates the vector with first 50 Fibonacci series

for (int nm= 0; nm < 50;nm++) {

This push an entry into the vector

 fibb.push_back(n1);

The following generate the next Fibonacci element

 temp = n1 + n2;

 n1 = n2;

 n2 = temp;

}

The following iteration prints the generated series

for (int nm= 0; nm < 50;nm++) {

 cout<<fibb.at(nm)<<" ";

}

return 0;  

}