2) A memory system has a page size of 1024 (2¹0), four virtual pages, and three physical page frames. The page table is as follows: Virtual page Number Page Frame Number 1 1 2 3 a. What is the size of the virtual address space? (How many bits are in a virtual address?) b. What is the size of the physical address space? (How many bits are in a physical address?) C. What are the physical addresses corresponding to the following decimal virtual addresses: 0, 3728, 1023, 1024, 1025, 4096?

2) A memory system has a page size of 1024 (2¹0), four virtual pages, and three physical page frames. The page table is as follows: Virtual page Number Page Frame Number 1 1 2 3 a. What is the size of the virtual address space? (How many bits are in a virtual address?) b. What is the size of the physical address space? (How many bits are in a physical address?) C. What are the physical addresses corresponding to the following decimal virtual addresses: 0, 3728, 1023, 1024, 1025, 4096?

Name: 2) A memory system has a page size of 1024 (2¹0), four virtual pages,
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Description: 2) A memory system has a page size of 1024 (2¹0), four virtual pages, and three physical pageframes. The page table is as follows:Virtual page Number Page Frame Number0123102C.Ia. What is the size of the virtual address space? (How many bits are in

Database System Concepts

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Chapter1: Introduction

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Question

2) A memory system has a page size of 1024 (2¹0), four virtual pages, and three physical page
frames. The page table is as follows:
Virtual page Number Page Frame Number
0
1
2
3
1
0
2
C.
I
a. What is the size of the virtual address space? (How many bits are in a virtual address?)
b. What is the size of the physical address space? (How many bits are in a physical
address?)
What are the physical addresses corresponding to the following decimal virtual
addresses: 0, 3728, 1023, 1024, 1025, 4096?

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