Question

Part one: Paging Use the provided page table to answer the following questions. Logical address space =4196 Page size = 512 Page number 0 1 2 3 4 5 6 7 Frame number 3 4 7 1 2 0 5 6 1. The number of bits represents the page displacement (offset) is _ 2. If we have a logical address with a page number 3 and page offset 6, then the physical address is: _ 3. The frame size equals _ 4. If the physical address space = 4096, how many frames does it has? _______ 5. If the logical address (375)$_{10}$ then the physical address is ($_________$)$_{10}$ 6. If the logical address (11100010110)$_{2}$ then the physical address is ($_________$)$_{10}$ Part Two: Segmentation Answer the following questions after referring to the provided segment table 1. The logical address [3,1350] produces the physical address _______ 2. The logical address [5,100] produces the physical address _ limit base 0 1000 1400 1 400 6300 2 400 4300 3 1100 3200 4 1000 4700 3. The logical address [2,300] produces the physical address _________

          Part one: Paging
Use the provided page table to answer the following questions.
Logical address space =4196
Page size = 512
Page number 0 1 2 3 4 5 6 7
Frame
number 3 4 7 1 2 0 5 6
1. The number of bits represents the page displacement (offset) is _________
2. If we have a logical address with a page number 3 and page offset 6, then the
physical address is: _______________
3. The frame size equals _______________
4. If the physical address space = 4096, how many frames does it has?
_______________
5. If the logical address (375)$_{10}$ then the physical address is ($_________$)$_{10}$
6. If the logical address (11100010110)$_{2}$ then the physical address is
($_________$)$_{10}$
Part Two: Segmentation
Answer the following questions after referring to the provided segment table
1. The logical address [3,1350] produces the physical address _______________
2. The logical address [5,100] produces the physical address _______________
limit base
0 1000 1400
1 400 6300
2 400 4300
3 1100 3200
4 1000 4700
3. The logical address [2,300] produces the physical address _______________

Part one: Paging
Use the provided page table to answer the following questions.
Logical address space =4196
Page size = 512
Page number 0 1 2 3 4 5 6 7
Frame
number 3 4 7 1 2 0 5 6
1. The number of bits represents the page displacement (offset) is
2. If we have a logical address with a page number 3 and page offset 6, then the
physical address is:
3. The frame size equals
4. If the physical address space = 4096, how many frames does it has?

5. If the logical address (375)10 then the physical address is (
)10
6. If the logical address (11100010110)2 then the physical address is
(
)10
Part Two: Segmentation
Answer the following questions after referring to the provided segment table
1. The logical address [3,1350] produces the physical address
2. The logical address [5,100] produces the physical address
limit base
0 1000 1400
1 400 6300
2 400 4300
3 1100 3200
4 1000 4700
3. The logical address [2,300] produces the physical address

Added by Raquel W.

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