Answer:
The program to this question can be described as follows:
Program:
#include <iostream> //defining header file
using namespace std;
int main() //defining main method
{
int x1,rem,i=1; //defining integer variable
long Num=0;// defining long variable
cout << "Input a decimal number: "; // print message
cin >> x1; //input value by user
while (x1!=0) //loop for calculate binary number
{
//calculating binary value
rem= x1%2;
x1=x1/2;
Num =Num +rem*i;//holding calculate value
i=i*10;
}
cout <<Num;//print value
return 0;
}
Output:
Input a decimal number: 76
1001100
Explanation:
In the above code, four variable "x1, rem, i, and Num" is declared, in which three "x1, rem, and i" is an integer variable, and one "Num" is a long variable.
- In the x1 variable, we take input by the user and use the while loop to calculate its binary number.
- In the loop, first, we check x1 variable value is not equal to 0, inside we calculate it binary number that store in long "Num" variable, after calculating its binary number the print method "cout" is used to prints its value.
The operating system is what allows the user to interact with the computer's hardware. It has basic services such as accepting commands from the user, managing, loading, and executing programs, and managing hardware resources. Some examples of operating systems are Windows, Linux, Mac OSX, and IOS.
Application software are pieces of software that perform specific tasks such as word processors.
Answer: True?
Explanation:
I’m pretty sure I’m new to that stuff
Answer:
chemical equivalent of an element is the value obtained by dividing the atomic weigh of the given element by valency
Cloud computing is more complex than traditional approach due to the following reasons.
Explanation:
1.Cost Savings and Total Cost of Ownership. When you move to cloud computing you tend to save money in several ways in comparison to traditional IT, including the reduction of in-house equipment and infrastructure.
2.Dissatisfaction in Traditional IT. Many companies are frustrated with the negatives that come with traditional IT, such as poor data backup, managing and maintaining your own hardware, and lack of disaster recovery options.
3.Time to Value and Ease of Implementation. Since you don’t have to spend time configuring hardware, maintain systems, and patching software, you can invest your resources elsewhere.
4.Access to Emerging Technology. Much like a car, the minute you purchase on-premise hardware and software, it immediately starts to age. You can access the latest and greatest innovations with a cloud provider who has more purchasing power and stays up-to-date with available solutions. Also, as new innovations are released, they become less likely to integrate with legacy solutions that are often inflexible. Instead, cloud-first development is coming to the forefront.
5.Using Hybrid to Optimize your Operations. Some organizations take the use of the cloud even further by using multiple clouds simultaneously, thus giving them even more agility. Workloads are placed where they perform best, and where costs are most efficient.
