This code performs the following actions: 1. **Initialization**: A variable `myVar`...

This code performs the following actions:

1. Initialization: A variable myVar is set to 1.

   int myVar = 1;
   

2. For Loop: A for loop runs i from 1 to 100 (inclusive).

   for (int i = 1; i <= 100; i++) {
   ...
   }
   

3. Bitwise Left Shift: Within the loop, the line:

   myVar = myVar << 1;
   

   performs a bitwise left shift operation on myVar. This operation doubles the value of myVar because shifting the bits to the left by 1 is equivalent to multiplying by 2.

4. Comparison: Inside the loop, the code checks if the new value of myVar is not equal to i * 2.

   if (myVar != i * 2) {
       return false;
   }
   

   If the condition is true (myVar is not equal to i * 2), the code immediately returns false.

5. Return Statement: If the loop completes without triggering the if condition (i.e., it finds no mismatches), the code exits the loop and returns true.

   return true;
   

What does the code do?

• It checks if, for each iteration, myVar (doubled using bitwise left shift) is always equal to i * 2. Since 1 << 1 starts doubling from 2, and so on, the values of myVar will indeed match i * 2.

• The code ultimately confirms that repeated left-shifting produces the same result as multiplying i by 2.

Result:

• The function will always return true, as myVar << 1 (left shift) and i * 2 will align for every iteration of the loop.