The possible solutions to recommend are that Vertical scaling, Horizontal scaling, Cloud bursting
The cloud computing business model is based on a utilitarian business model, which charges you solely for the resources you use. With this strategy, you may scale your cloud fleet to suit its present workload and add and subtract capacity as needed. Variability may be used to scale cloud services in a variety of ways, including vertical and horizontal scaling and bursting. Horizontal scaling in cloud computing refers to adding more instances rather than switching to a bigger instance size. Vertical scaling involves the addition of more or faster CPUs, memory, or I/O resources to an existing server or the replacement of one server by a more physical server.
Learn more about the utility business model here: brainly.com/question/28668154brainly.com/question/29349562
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Answer:
Following is the program in C language :
#include <stdio.h> // header file
#define n 5 // macro
int main() main function
{
int a[n],k1; // variable and array declaration
printf("Enter the element:\n");
for(k1=0;k1<n;++k1) //iterating the loop
{
scanf("%d",&a[k1]);//Read the values by user
}
printf("Output in Reverse Order:\n");
for(k1=n-1;k1>=0;--k1)//iterating the loop
{
printf(" %d ",a[k1]); //Display the values
}
return 0;
}
Output:
Enter the element:
4
3
45
67
89
Output in Reverse Order: 89 67 45 3 4
Explanation:
Following is the description of the program
- Define a macro "n" with value 5 after the header file.
- Declared an array "a" and defined the size of that array by macro i.e "n".
- Read the value by the user by using scanf statement in the array "a"
- Finally In the last for loop display the values of array "a" by space.
a hard drive is a metal disk constantly spinning while powered on.
The data is written with a metal scratching the data onto the wheel.
Answer:Analog component signals are comprised of three signals, analog R′G′B′ or YPbPr. Referred to as 480i (since there are typically 480 active scan lines per frame and they are interlaced), the frame rate is usually 29.97 Hz (30/1.001) for compatibility with (M) NTSC timing.
Explanation:
