4. Fibonacci and Factorial Merging When two sorted arrays A and B defined as below are merged into one big sorted array C, return C[n] (mod) 12 (the remainder of the element with index n in C when divided by 12). A = {F |0 < i < 10000} B = {i!||0

4. Fibonacci and Factorial Merging When two sorted arrays A and B defined as below are merged into one big sorted array C, return C[n] (mod) 12 (the remainder of the element with index n in C when divided by 12). A = {F |0 < i < 10000} B = {i!||0

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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Concept explainers

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Object Oriented Programming System (OOPs) is a programming model built on the perception of “objects” that contains data and methods. The major purpose of Object Oriented Programming is to increase the maintainability and flexibility of programs. Object Oriented Programming gets together data and its behavior (methods) in a single location (object) which makes it easier to understand.

Question

Write a C code.

4. Fibonacci and Factorial Merging
When two sorted arrays A and B defined as below are merged into one big sorted array C, return C[n] (mod) 12 (the
remainder of the element with index n in C when divided by 12).
A = {F |0 < i < 10000}
B = {i!||0 <is 1000}
• F is the i^th Fibonacci number. Fo=0,F;=1,F2=1..
• n! is the product of the first n numbers. E.g. 3! 3 x 2 x 1. You may assume that 0! = 1.
Indexing starts at 0 for all arrays, including C.
The input to this problem is an integer n.
Example: C[400] mod 12 = 10

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