The main difference between the datasheet view and the design view is in the datasheet view, we can only view and do minor changes but in the design view, we can edit the table and modify it.
<h3>What is MS Access?</h3>
MS Access is a service of Microsoft, that is used in the sector of business and other companies, to store and manage data.
Datasheet view and design view are the two types of tables in ms access, the design view has more functions, you can change and edit the table.
Thus, the primary distinction between the datasheet view and the design view is that while we can examine and make some minor adjustments in the datasheet view, we can edit and amend the table in the design view.
Learn more about MS Access, here:
brainly.com/question/17135884
#SPJ1
The answer is MAK. It is also known as Multiple Activation Key. MAK activates systems on a one-time basis, using Microsoft's hosted activation services. Each MAK key is a good for a specific number of device activation. MAK keys are not the default model for Volume Activation clients, so users will have to request MAK keys from the Volume Licensing website if they want to use this model.
Answer:
<em>This program is written in C++</em>
<em>Comment are used to explain difficult lines</em>
<em>The first program that prints 0 to 20 (in decimal) starts here</em>
#include<iostream>
int main()
{
//Print From 0 to 20
for(int i = 0;i<21;i++)
{
std::cout<<i<<'\n';
}
}
<em>The modified program to print 0 to 20 in hexadecimal starts here</em>
#include<iostream>
using namespace std;
int main()
{
//Declare variables to use in conversion;
int tempvar, i=1,remain;
//Declare a char array of length 50 to hold result
char result[50];
//Print 0
cout<<"0"<<endl;
// Iterate from 1 to 20
for(int digit = 1; digit<21; digit++)
{
//Start Conversion Process
//Initialize tempvar to digit (1 to 20)
tempvar = digit;
while(tempvar!=0)
{
//Divide tempvar by 16 and get remainder
remain = tempvar%16;
if(remain<10)
{
result[i++]=remain + 48;
}
else
{
result[i++] = remain + 55;
}
//Get new value of tempvar by dividing it by 16
tempvar/=16;
}
//Print result
for(int l=i-1;l>0;l--)
{
cout<<result[l];
}
i=1;
cout<<endl;
}
return 0;
}
//The Program Ends Here
See Attachments for program 1 and 2; program 2 is the modified version of 1
<span class="sg-text sg-text--link sg-text--bold sg-text--link-disabled sg-text--blue-dark">
cpp
</span>
<span class="sg-text sg-text--link sg-text--bold sg-text--link-disabled sg-text--blue-dark">
cpp
</span>
