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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
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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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.
Transcribed Image Text:**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.
Transcribed Image Text:**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.
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