Answer:
The code to this question can be given as:
code:
for(i=1;i<=n;i++) //for loop column
{
for(j=1;j<=i;j++) //for loop for rows
{
printf("*"); // print asterisks
}
printf("\n"); //line break
}
Explanation:
We know that variable i,j, and n is already declared and n variable has initialized a value. So, we write the code that is given above. In this code, we use a nested loop. In this code, we use two loops that are a loop (i)for column and j loop for rows. for print asterisks triangle we use two for loop. For that, we use two-variable (i,j) that is already declared. We assign the value in (i) loop that is 0 and checks that (i) is less than equal to n and increment of (i) by 1. In this loop, we use another loop that is (j) loop. It also starts from 1 and checks that (j) is less than equal to (i)and increment of (j) by 1. In that loop, we print asterisks end of (j) loop. In (i) loop we use ("\n") for line break end of (i) loop.
C: Backlight, hopes this helps
Answer:
The correct answer is C - Object-oriented design.
Explanation:
Object-oriented design defines code or software as objects. These objects represent instances of a real-life situation. For example, an animal class consist of a dog, cat, lion. A dog therefore is n instance of the animal class.
Objects are described as having properties and behaviours. Properties are variables, arrays, sets, maps etc and behaviours are the functions and methods that manipulate these data.
Object-oriented programming is done based on this design.
Hello there!
The relationship between ionic bonds and cleavage is: As the ionic bond strength increases, cleavage will be more difficult.
Minerals are held together generally by ionic bonds. Ionic bonds are the result of electrostatic attraction and electron transfer between positive and negative ions (cations and anions). Ionic bonding implies the formation of ordered crystalline solids and the cleavage of those solids will depend on the strength of this bonding.
B) ask jeanne for permission
