Please your code should be in mips assembly language **12.3 LAB: Array of squares - lw/sw**Given an array of four integers, write a program that populates a new array with the square of the elements in the given array. Assume $s0 stores the memory location of the first element of the given array, and $s1 stores the memory location of the first element of the new array.*Hint:* Each memory address is incremented by 4 due to the size of an integer stored in the memory.*Note:* Use the '+' button under the Registers and Memory display to initialize $s0, $s1, and the four memory locations of the given array.**Example:** If $s0 and $s1 are initialized in the simulator as 4000 and 5000, and the content of the given array is:| Addresses | Data ||-----------|------|| 4000 | 1 || 4004 | 2 || 4008 | 3 || 4012 | 4 |Then the content of the new array is:| Addresses | Data ||-----------|------|| 5000 | 1 || 5004 | 4 || 5008 | 9 || 5012 | 16 |This exercise illustrates how to manipulate memory addresses and data to transform an array by squaring its elements, demonstrating the basic usage of load (lw) and store (sw) instructions. **12.3 LAB: Array of squares - lw/sw**Given an array of four integers, write a program that populates a new array with the square of the elements in the given array. Assume $s0 stores the memory location of the first element of the given array, and $s1 stores the memory location of the first element of the new array.**Hint:** Each memory address is incremented by 4 due to the size of an integer stored in the memory.**Note:** Use the '+' button under the Registers and Memory display to initialize $s0, $s1, and the four memory locations of the given array.**Example:** If $s0 and $s1 are initialized in the simulator as 4000 and 5000, and the content of the given array is:| Addresses | Data ||-----------|------|| 4000 | 1 || 4004 | 2 || 4008 | 3 || 4012 | 4 |then the content of the new array is:| Addresses | Data ||-----------|------|| 5000 | 1 || 5004 | 4 || 5008 | 9 || 5012 | 16 |**Explanation of Diagrams:**- The first diagram represents the initial memory setup for the given array of integers, with each address storing one integer.- The second diagram demonstrates how the new array looks after squaring each element from the given array, with each result stored in consecutive memory addresses.

According to the information given:- We have to create array of square with the help of Store Word…

12.3 LAB: Array of squares - Iw/sw Given an array of four integers, write a program that populates a new array with the square of the elements in the given array. Assume $s0 stores the memory location of the first element of the given array, and $1 stores the memory location of the first element of the new array. Hint: Each memory address is incremented by 4 due to the size of an integer stored in the memory. Note: Use the '+' button under the Registers and Memory display to initialize $s0, $s1, and the four memory locations of the given array. Ex: If $s0 and $s1 are initialized in the simulator as 4000 and 5000, and the content of the given array is: Addresses Data 4000 1 4004 2 4008 3. 4012 4 then the content of the new array is: Addresses Data 5000 1 5004 4 5008 9. 5012 16 331604.1405814.qx3zqy7

12.3 LAB: Array of squares - Iw/sw Given an array of four integers, write a program that populates a new array with the square of the elements in the given array. Assume $s0 stores the memory location of the first element of the given array, and $1 stores the memory location of the first element of the new array. Hint: Each memory address is incremented by 4 due to the size of an integer stored in the memory. Note: Use the '+' button under the Registers and Memory display to initialize $s0, $s1, and the four memory locations of the given array. Ex: If $s0 and $s1 are initialized in the simulator as 4000 and 5000, and the content of the given array is: Addresses Data 4000 1 4004 2 4008 3. 4012 4 then the content of the new array is: Addresses Data 5000 1 5004 4 5008 9. 5012 16 331604.1405814.qx3zqy7

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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