The order in which statements are executed during a program run.

The order in which statements are executed during a program run is known as the "flow of control" or "control flow". Here's a step-by-step explanation:

1. Start: When a program is run, it starts at the first line of code and begins executing statements one by one.

2. Sequential Execution: By default, statements in a program are executed sequentially, from top to bottom. This means that the program will start at the first line of code, then move to the second, then the third, and so on until it reaches the end of the program.

3. Conditional Statements: If the program encounters a conditional statement (like an "if" statement), it will only execute certain lines of code if a specific condition is met. If the condition is not met, the program will skip over these lines of code.

4. Loops: If the program encounters a loop (like a "for" or "while" loop), it will repeat a block of code multiple times. The number of repetitions depends on the condition specified in the loop.

5. Functions and Procedures: If the program encounters a function or procedure call, it will jump to that function or procedure, execute the statements within it, and then return back to where it left off.

6. End: The program stops executing when it reaches the end of the code, or if it encounters a statement that explicitly ends the program (like a "return" statement in a function or an "exit" statement).

Remember, the exact flow of control can vary depending on the specific programming language and the structure of the code.

The order in which statements are executed during a program run is determined by the control flow of the program. The control flow is influenced by various factors such as conditional statements, loops, and function calls.

1. The program starts executing from the first statement in the main function or the entry point of the program.
2. Each statement is executed sequentially, one after another, unless there are control flow statements that alter the normal flow.
3. Conditional statements, such as if-else statements, allow the program to make decisions based on certain conditions. The program will execute different blocks of code depending on the evaluation of these conditions.
4. Loops, such as for loops or while loops, allow the program to repeat a block of code multiple times. The statements inside the loop will be executed repeatedly until a certain condition is met.
5. Function calls allow the program to execute a block of code that is defined elsewhere in the program or in external libraries. When a function is called, the program jumps to the function definition, executes the statements inside the function, and then returns to the point where the function was called.
6. Control flow statements, such as break or continue, can alter the normal flow of execution. For example, a break statement can be used to exit a loop prematurely, while a continue statement can skip the remaining statements in a loop iteration and move to the next iteration.

By following the control flow of the program, the statements are executed in the order specified by the program's logic. Understanding the control flow is crucial for understanding how a program behaves and for debugging purposes.