Use and when returning code. Do not use ``` to indicate code Here is the prompt Declare a 2-dimensional array, , with empty arrays, all zero-indexed. Declare an integer, , and initialize it to 0. You need to process two types of queries Query Compute . Append the integer to . Query Compute . Set . Store the new value of in an answers array. Notes - is the bitwise XOR operation, which corresponds to the ^ operator in most languages. Learn more about it on Wikipedia. - is the modulo operator. - Finally, is the number of elements in . Function Description Complete the function with the following parameters - the number of empty arrays to initialize in - 2-D array of integers Returns the results of each type 2 query in the order they are presented Input Format The first line contains two space-separated integers, , the size of to create, and , the number of queries, respectively. Each of the subsequent lines contains a query string, . Constraints It is guaranteed that query type will never query an empty array or index.

function printHelloWorld() {

console.log("Hello, World!");

}

You can call this function by using `printHelloWorld();` to execute it and see the output in your JavaScript environment. Use and when returning code. Do not use ``` to indicate code: Here is the prompt: Declare a 2-dimensional array, , with empty arrays, all zero-indexed. Declare an integer, , and initialize it to 0. You need to process two types of queries: Query: Compute . Append the integer to . Query: Compute . Set . Store the new value of in an answers array. Notes: - is the bitwise XOR operation, which corresponds to the ^ operator in most languages. Learn more about it on Wikipedia. - is the modulo operator. - Finally, is the number of elements in . Function Description Complete the function with the following parameters: - : the number of empty arrays to initialize in - : 2-D array of integers Returns : the results of each type 2 query in the order they are presented Input Format The first line contains two space-separated integers, , the size of to create, and , the number of queries, respectively. Each of the subsequent lines contains a query string, . Constraints It is guaranteed that query type will never query an empty array or index.

Here's a Python solution for the problem:

python

def process_queries(n, queries):

arrays = [[] for _ in range(n)]

current_value = 0

answers = []

for query in queries:

parts = query.split()

if parts[0] == '1':

index, value = map(int, parts[1:])

arrays[index].append(value)

else:

array_index = int(parts[1])

current_value ^= sum(arrays[array_index]) % len(arrays[array_index])

return answers

`

This function first initializes the arrays and sets `current_value` to 0. It then iterates over each query, processing type 1 queries by appending an integer to a specific array (based on the index given in the query), and type 2 queries which compute `current_value` based on another specified array, store it into an answers list.