Suppose `Calsomething` is an overloaded method. The declarations of the `Calsomething` methods are shown below. Assume there is sensible code within the curly brackets.1. `int Calsomething (int[] a) { … }`2. `int Calsomething (int a) { … }`3. `int Calsomething (int a, double b) { … }`4. `int Calsomething (double a) { … }`5. `int Calsomething (int a, int b []) { … }`6. `int Calsomething (double a, double b) { … }`7. `int Calsomething (double[] a, double[] b) { … }`8. `int Calsomething (int[] a, int b, int c) { … }`9. `int Calsomething (int a, int[] b, int c) { … }`10. `int Calsomething (int a, int b, double c) { … }`11. `int Calsomething (int a, double b, int[] c) { … }`12. No corresponding method definitionConsider the snippet of code below:```javaint a = 11, b = 22, c = 0;double x = 1.5, y = 5.8;int[] iarr = new int[99];double[] darr = new double[99];```This image provides a list of overloaded method declarations, illustrating different parameter options for a fictional `Calsomething` method, along with a snippet of code for context. ```plaintext___ a = CalSomething (a, CalSomething(a), y);```### ExplanationThis line of code appears to be a part of a programming language statement where a variable `a` is being assigned a value. The function `CalSomething` is called with three parameters: `a`, the result of `CalSomething(a)`, and `y`.- **Underscore Placeholder:** The underscore (`___`) at the beginning suggests that a keyword or an operator like `int`, `var`, `let`, or `const` might be missing in a programming language context. This would typically be the type declaration (e.g., `int`, `var`) or an operator (e.g., `+=`).- **Function `CalSomething`:** This function takes multiple arguments. It is called twice: 1. The first argument is the variable `a`. 2. The second argument is a nested function call `CalSomething(a)`, which implies recursion or repeated operations. 3. The third argument is a variable `y`.This line of code may be used as an example in programming exercises to demonstrate concepts like function calling, recursion, or working with multiple arguments.

Assuming that we need to fill in the blanks before a in the second image, that means we need to…

Answered: a = CalSomething (a, CalSomething (a),…

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a = CalSomething (a, CalSomething (a), y); %3D

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question

Suppose `Calsomething` is an overloaded method. The declarations of the `Calsomething` methods are shown below. Assume there is sensible code within the curly brackets.

1. `int Calsomething (int[] a) { … }`
2. `int Calsomething (int a) { … }`
3. `int Calsomething (int a, double b) { … }`
4. `int Calsomething (double a) { … }`
5. `int Calsomething (int a, int b []) { … }`
6. `int Calsomething (double a, double b) { … }`
7. `int Calsomething (double[] a, double[] b) { … }`
8. `int Calsomething (int[] a, int b, int c) { … }`
9. `int Calsomething (int a, int[] b, int c) { … }`
10. `int Calsomething (int a, int b, double c) { … }`
11. `int Calsomething (int a, double b, int[] c) { … }`
12. No corresponding method definition

Consider the snippet of code below:

```java
int a = 11, b = 22, c = 0;
double x = 1.5, y = 5.8;
int[] iarr = new int[99];
double[] darr = new double[99];
```

This image provides a list of overloaded method declarations, illustrating different parameter options for a fictional `Calsomething` method, along with a snippet of code for context.

```plaintext
___ a = CalSomething (a, CalSomething(a), y);
```

### Explanation

This line of code appears to be a part of a programming language statement where a variable `a` is being assigned a value. The function `CalSomething` is called with three parameters: `a`, the result of `CalSomething(a)`, and `y`.

- **Underscore Placeholder:** The underscore (`___`) at the beginning suggests that a keyword or an operator like `int`, `var`, `let`, or `const` might be missing in a programming language context. This would typically be the type declaration (e.g., `int`, `var`) or an operator (e.g., `+=`).

- **Function `CalSomething`:** This function takes multiple arguments. It is called twice:
1. The first argument is the variable `a`.
2. The second argument is a nested function call `CalSomething(a)`, which implies recursion or repeated operations.
3. The third argument is a variable `y`.

This line of code may be used as an example in programming exercises to demonstrate concepts like function calling, recursion, or working with multiple arguments.

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