Identify all data hazards in the following sequence of instructions. For each hazard, state the instruction and the register involved. Is it possible to resolve (with no forwarding) any of the hazards you identified by recording the instructions? If yes, show the reordered program. If not show an efficient way of reordering the program, with minimum number of nop instructions inserted to avoid data hazard. a. lw $t0, 0($s5)
b. addi $s5, $s5, 4
c. add $t0, $s3, $t0
d. sw $st0, 0($s5)
e. xor $t3, $t2, $s5
f. add $t2, $23, $t2

If you embed a word table into powerpoint, what happens when you make edits to the embedded data? a. edits made to embedded data change the data in the source file; however, edits made to the source file will not be reflected in the embedded data. b. edits made to embedded data will change the data in the source file, and edits made to the source file will be reflected in the embedded data. c. edits made to embedded data don't change the data in the source file, nor will edits made to the source file be reflected in the embedded data. d. edits made to embedded data don't change the data in the source file; however, edits made to the source file will be reflected in the embedded data.

Stops: using the information learned in this course, explain three things you will not do when driving. a. b. c. explain why you will not do these things when driving. starts: using the information learned in this course, explain three things you will do when driving. a. b. c. explain why you will do these particular things when driving. explain one thing you will stop doing as a passenger. explain one thing you will start doing as a passenger.

Looking at the electroscope, describe how you can cause the two leaves at the bottom to repel each other and stay that way