Below is a list of 32-bit memory address references, given as memory addresses. 12, 720, 172, 8, 764, 352, 760, 56, 724, 176, 744You would like to access a cache with the given memory addresses. The size of cache is 23 = 8-blocks. Your task is to: (1) find out the binary address, (2) fill out the tag and index for each memory address and (3) indicate whether the access is hit or miss in the following table: This image is a table for understanding memory addressing and cache performance in computer systems.**Table Columns:**1. **Memory Address:** A list of decimal numbers representing addresses in memory. - Rows include the addresses: 12, 720, 172, 8, 764, 352, 760, 56, 724, 176, 744.2. **Binary Address:** This column is intended for the binary conversion of the corresponding memory addresses. The entries are not filled in the image.3. **Cache Information:** - **Tag:** Specific bits used to identify if a cache line corresponds to the requested memory. - **Index:** Bits that determine the cache set in a set-associative or direct-mapped cache. - **Hit/Miss:** Indicates whether the requested data is found in the cache (hit) or not (miss).**Purpose:**This table is likely used in educational contexts to demonstrate how memory addresses are translated into binary, how those binary addresses are segmented into tag and index bits for cache operations, and to instruct about cache hits and misses. Students or users would typically fill in the table based on given cache configuration parameters, such as cache size and block size, to understand practical aspects of computer memory systems better.

Name: Below is a list of 32-bit memory address references, given as memory a
Uploaded: 2024-03-20T06:51:23.000Z
Channel: Bartleby
Description: Below is a list of 32-bit memory address references, given as memory addresses. 12, 720, 172, 8, 764, 352, 760, 56, 724, 176, 744You would like to access a cache with the given memory addresses. The size of cache is 23 = 8-blocks. Your task