Computer Science, asked by aryan4025, 11 months ago

What are ternary operators?

explain with a example​

Answers

Answered by priyanshuranjan343
1

Explanation:

Ternary Operator

Programmers use ternary operators in C for decision making inplace of conditional statements if and else. The ternary operator is an operator that takes three arguments. The first argument is a comparison argument, the second is the result upon a true comparison, and the third is the result upon a false comparison. If it helps you can think of the operator as shortened way of writing an if-else statement.

Here’s a simple decision-making example using if and else:

int a = 10, b = 20, c; if (a < b) { c = a; } else { c = b; } printf("%d", c);

This example takes more than 10 lines, but that isn’t necessary. You can write the above program in just 3 lines of code using the ternary operator.

Syntax

condition ? value_if_true : value_if_false

The statement evalutes to statement_1 if the condition is true, and statement_2 otherwise.

Here’s the above example re-written to use the ternary operator:

int a = 10, b = 20, c; c = (a < b) ? a : b; printf("%d", c);

Output of the example should be:

10

c is set equal to a, because the condition a<b was true.

This looks pretty simple, right? Do note that value_if_true and value_if_false must have the same type, and they cannot be full statements but simply expressions.

The ternary operator can be nested too same like nested if-else statements. Consider this nested if-else statement :

int a = 1, b = 2, ans; if (a == 1) { if (b == 2) { ans = 3; } else { ans = 5; } } else { ans = 0; } printf ("%d\n", ans);

Here’s the above code re-written using nested ternary operator:

int a = 1, b = 2, ans; ans = (a == 1 ? (b == 2 ? 3 : 5) : 0); printf ("%d\n", ans);

The output of both of the above codes should be:

3

Hope it will help u.

Answered by keva
4

Answer:

Ternary operators deal with three operands.it is also called conditional assignment statement because of value assigned to a variable depends upon a logical expression

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