Method overloading occurs when:

Question

BlackTom AI · Accepted Answer

Method overloading is defined as declaring multiple methods with the same name but different parameter lists (signatures).

1) Relevant knowledge points and concepts
- A method signature typically consists of the method name and its parameter list (number, types, and order of parameters). In languages like Java and C#, the return type is not part of the signature, so methods that differ only by return type are not valid overloads.
- Overloading occurs within the same class (or sometimes via static or instance methods); overriding is a different concept where a subclass provides a new implementation for a method with the same signature as in its superclass.

2) Step-by-step reasoning
- The phrase “method overloading” implies multiple methods sharing the same name.
- To be distinct, each method must be distinguishable by the compiler at compile time. That distinction comes from different parameter lists (signatures): different number of parameters, different parameter types, or different ordering.
- If two methods had identical signatures in the same class, the compiler would treat them as duplicate declarations (error). If a subclass uses the same signature, that’s overriding, not overloading.

3) Intermediate examples (illustrative)
- Valid overloads: void print(int x) and void print(double x); void add(int a, int b) and void add(int a, int b, int c).
- Invalid as overloads: void f(int x) and double f(int x) — these differ only by return type, so not overloadable in Java/C#.
- Same signature in same class: void foo(int x) and void foo(int x) — illegal duplicate.

4) Why the correct answer is correct
- Option d (“Methods share the same name but different signatures”) directly matches the formal definition: same name, different parameter lists = overloading. The compiler resolves which method to call based on the arguments used.

5) Why the other options are incorrect
- a. “Methods share different names, but same signature” — incorrect because overloading requires the same name; different names are just distinct methods.
- b. “Both override and overload” — this mixes two distinct concepts; overloading does not require overriding.
- c. “Methods share the same name and same signature” — that describes either an illegal duplicate in the same class or overriding in a subclass (if implementations differ), not overloading.

6) Conclusion
Therefore the correct choice is d. Methods share the same name but different signatures, which matches the provided answer.

Method overloading occurs when:Single choice

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