Answer:
The font-style property allows you to make text appear italicized (i.e. sloped, or slanted).
em {
font-style: italic;
}
Explanation:
This property accepts one of three possible values: normal, italic, and oblique.
If a given font family has an italic or oblique face embedded, the browser will select that face. If no italic or oblique face is available, the browser will mimic the sloping effect. If italic is defined and there is no italic face available, the browser will look for an oblique face before it tries to mimic the italic. The same applies to oblique; it too will look first for an italic face.
To prevent the browser from adding a mimicked, or synthesized, version of the italic or oblique face, you may use the font-synthesis property (if supported).
Answer:
The correct answer to the following question will be Option B (Control how well the e-learning artifacts interact technically with LMS).
Explanation:
SCORM seems to be a compilation of requirements and criteria for commodities used during e-learning. This describes the different ways to communicate here between information or data on the customer side as well as the run-time context.
- The specification also specifies how to bundle e-learning material for functionality, this is achieved by using the Bundle Exchange Format, an exchangeable ZIP file.
- It is essentially a manual that informs developers as well as content providers on how to make their apps or programs compliant with several other e-learning apps including applications.
The other three options are not related to the given scenario. So that option B is the right answer.
Answer:
The program to this question can be given as:
Program:
#include <iostream> //header file
using namespace std; //using namespace.
void SwapValues(int* userVal1, int* userVal2); //function declaration.
void SwapValues(int* userVal1, int* userVal2) //function definition.
{ //function body.
//perform swapping
int t = *userVal1;
*userVal1 = *userVal2;
*userVal2 = t;
}
int main() //main method
{
int n1, n2; //define variable
cout<<"Enter first number :"; //message
cin>>n1; //input by user.
cout<<"Enter second number :"; //message
cin>>n2; //input by user.
SwapValues(&n1,&n2); //calling function.
cout<<"Swapped values"<<endl;
cout<<"first number is :"<<n1<<endl; //print value
cout<<"second number is:"<<n2<<endl; //print value
return 0;
}
Output:
Enter first number :3
Enter second number :8
Swapped values
first number is :8
second number is :3
Explanation:
The description of the above C++ language program can be given as:
- In the program, firstly we include the header file. Then we declare and define a function that is "SwapValues()" function in the function we pass two integer variable that is "userVal1 and userVal2" inside a function, we define an integer variable that is "t" and perform swapping.
- Then we define the main function in the main function we define two variables that is "n1 and n2" this variable is used to take value-form user. then we pass this value to function and print the function values.
Answer:c ll d
Explanation:
cus they are inside ()--parantheses
