PART \#2: Show your work, answers \& units (102=20 points) 1. Compute the time to drain the 90WH/11.4V battery of a laptep with 3.2GHIz/6WCPU, assuming the pat the other components consume 4W. 2. State the advantage and disadvantage of word alignment in processors. 3. Compute the data bus width \& maximum memory space of a byte indexed processor with 30 bits external \& 2 bits internal address lines. 4. Compute the average memory access time for friendly & unfriendly workloads in a system with the following access times: 1 ns Cache \& 20 ns SDRAM. 5. Compute the range of performance gain a 40s/6 GBps SSD has over a 12ms/80MBps HDD, by considering extremely small and extremely large files. 6. Compute the communication bandwidth of a 4K monitor (40962160), 10-bit color depth, 120 frames per second, and find the minimum connection speed to suppost video streaming assuming compression ratio of 300 . 7. Find M(\$100I) \& Al state after executing MOVEL $1234567, (A1) +, assuming A1=\$1000 initial state. 8. State the state of Z \& C flags after executing the sequence: MOVEQ N0, DO \& SUB #2,DO. 9. Compute the two possible fetehing addresses if PC=$1280QM($1280)=$6624, knowing that $6624 is a conditional branch instruetion. 10. Compute the total number of clock cyeles of MULU. D0, D1 assuming that: D0 =$A2345 \& D1 =$2468A