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10) Suppose the command JUMPGT X, which is at the address (A00)H, is being executed, where X=(A10)H. What are the contents of PC and IR immediately after the execution of the command, if the contents of the condition code registers are GT, EQ, LT = (0,1,0)? What if GT, EQ, LT = (1,0,0)?
11) Write a pseudo-code that inputs three variables and outputs the three variables sorted, starting from the largest.
12) Write an assembly code of a program using the example instruction set in the lecture, which,
• Finds how many prime numbers that are less than 10, and stores the result at memory location A00
• Stores all the prime numbers that are less than 10 at consecutive memory locations, starting at memory location A01.
13) Write an assembly code of a program using the example instruction set in the lecture that reads the result of the program in the previous question which is stored in memory at memory locations A00, A01, .... and outputs all prime numbers that are less than 10.
14) The instruction LOAD A00, which is located at address A00, is executed. Before the execution, the content of R is A01. What are the contents of MAR, MDR, R, IR, and PC immediately after the execution of the instruction?

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14) Consider a disk drive with 5 platters, 5400 tracks per surface, 100 clusters per track, 8 sectors per cluster, 500 bytes per sector. The average seek time is 12 msec, and the rotation speed is 4800 rpm.
a) What is the total capacity of the disk in GBs?
b) What is the average access time in ms?
c) What is the data transfer rate in MB/sec?
15) Consider a disk drive with 5 platters, 3000 tracks per surface, 200 clusters per track, 4 sectors per cluster, 500 bytes per sector. Suppose a data transfer operation needs to move the entire contents of the hard disk to another disk over a bus with a maximum capacity of 120 MB/sec. How long will it take to transfer the whole contents of the disk drive at this data rate? Give your answer in seconds.
16) What is the difference between raster (bit-mapped) graphics and vector (object-oriented) graphics? How does the human eye operate in these terms? How about the human brain? How many discrete colors can human eye differentiate approximately?