Using an expression, how can you reference the value 25 from the data structure. defined by the following JavaScript code?let bingoCard = ["B",
"I", "N", "G", "O"], [10, 4,30,18,8], [23, 14, 25, 27, 11], [31,6, 2, 22,13]];a.bingoCard[2]b.bingoCard[2J[2Jc.bingoCard[3][3]d.bingoCard[3,3]

Question

Using an expression, how can you reference the value 25 from the data structure. defined by the following JavaScript code?let bingoCard = ["B",
"I", "N", "G", "O"], [10, 4,30,18,8], [23, 14, 25, 27, 11], [31,6, 2, 22,13]];a.bingoCard[2]b.bingoCard[2J[2Jc.bingoCard[3][3]d.bingoCard[3,3]

Accepted Answer

```javascript // Define the bingoCard array as a two-dimensional array let bingoCard = [ ["B", "I", "N", "G", "O"], [10, 4, 30, 18, 8], [23, 14, 25, 27, 11], [31, 6, 2, 22, 13] ]; // Function to reference the value 25 from the bingoCard array function getValueFromBingoCard() { // Access the value at the third row and third column of the bingoCard array return bingoCard[2][2]; } ``` ```javascript // Main function that tests getValueFromBingoCard function main() { // Test the getValueFromBingoCard function // Use case 1: Check if the function returns 25 console.assert(getValueFromBingoCard() === 25, "Use case 1 failed"); // Use case 2: Check if the function does not return a different number console.assert(getValueFromBingoCard() !== 24, "Use case 2 failed"); } main(); // Call the main function to run the tests ``` ∻Explanation∻ ⚹The provided code defines a two-dimensional array representing a bingo card and includes a function to retrieve the value 25 from it. The main function tests this retrieval with two use cases to ensure correctness.⚹ ∻Step-by-step Instruction∻ ‖ ▪ ⋮ Define the bingoCard array as a two-dimensional array to represent the given data structure. ‖ ‖ ▪ ⋮ Create a function getValueFromBingoCard to access the value 25 using the correct indices [2][2]. ‖ ‖ ▪ ⋮ Implement the main function to test the getValueFromBingoCard function with two use cases: one to check the correct value is returned and another to ensure it does not return an incorrect value. ‖ ∻Time Complexity∻ ⚹Accessing an element in an array by index is an O(1) operation, as it takes constant time regardless of the size of the array.⚹ ∻Space Complexity∻ ⚹The space complexity is O(1) as well, since no additional space is used that grows with the input size; we are only returning a value from the existing array.⚹

Sia