for(int i; i < n; i++) { // code block }

for(init; cond; update) { // code block }

for(initialization; condition; update) { // code block to be executed }

for(int i = 0; i < n; i++) { // code block }

Conditional statements in C++ are used for defining functions

Conditional statements in C++ are used for declaring variables

Conditional statements in C++ are used to execute different code based on certain conditions.

Conditional statements in C++ are used for loop control

if-else statements are used for defining functions in C++

The if-else statements in C++ are used to make decisions based on conditions.

if-else statements are used for looping in C++

if-else statements are used for printing output in C++

Input and output operations in C++ are only used for debugging purposes.

Input and output operations in C++ have no impact on the functionality of the program.

Input and output operations in C++ are optional and can be omitted.

Input and output operations in C++ are essential for interacting with users and external devices.

Using 'gets' function

Using 'cout' and '<<' operator

Using 'scanf' function

Using 'cin' and '>>' operator

Functions in C++ do not allow for code reusability.

Functions in C++ are used for styling purposes only.

Functions in C++ cannot accept input parameters.

Functions in C++ are blocks of code that perform a specific task. They allow for code reusability

int myArray[5];

array myArray[5];

int myArray();

myArray = new int[5];

arr.index

arr{index}

arr[index]

arr(index)

for(int i = 1; i <= arraySize; i++) { // access array elements using array[i] }

for(int i = 0; i < arraySize; i++) { // access array elements using array[i] }

for(int i = arraySize - 1; i >= 0; i--) { // access array elements using array[i] }

for(int i = 0; i <= arraySize; i++) { // access array elements using array[i] }

Arrays can only store one type of data

Arrays cannot be resized once created

Arrays store a collection of elements in a contiguous memory location and provide efficient random access based on index.

Arrays do not support efficient random access

Arrays in C++ are slow and inefficient for memory usage

Arrays in C++ provide storing multiple elements of the samedata type in contiguous memory.

Arrays in C++ can only store elements of different data types

Arrays in C++ do not allow easy element access