Question 1

1 out of 1 points

Which one of the following statement on ARM states is incorrect?Answer

Selected Answer:

 b.

A processor in one state can execute instructions from another instruction set.

Question 2

1 out of 1 points

The following is an instruction in ARM assembly languageStart   MOV  r0, #15 ;   load R0 with 15

One of the following state ments on the instruction is incorrectAnswer

Selected Answer:  d.Each instruction should have a lebel in an assembly program

Question 3

1 out of 1 points

Which one of the following statement on directives is incorrect?Answer

Selected Answer:

 b.AREA is a directive to specify a chunk of data that is manipulated by the linker. It cannot specify a code chunk.

Question 4

0 out of 1 points

Which one of the following is not a data processing instruction?Answer

Selected Answer:  d.RSC r1,r2,r3

Question 5

1 out of 1 points

Which one of the following statements on the C-1 operation in the SBC instruction is incorrect.Answer

Selected Answer:

 c.In big number subtraction, SBC should be used in all the 32 bit section, including  lowest 32 bit .

Question 6

1 out of 1 points

For data processing instructions, S at the end indicate some something. Which of the following explanation is correct?Answer

Selected Answer:

 a.The status of the operation, such as Z, C and N will be kept in the flags.

Question 7

1 out of 1 points

Which of the following is not a logical operation instruction?Answer

Selected Answer:  d.BIT r1, r2, r3

Question 8

1 out of 1 points

Four comparison  instructions are given with explanation in the comments. One of the comments is incorrect. Which one?Answer

Selected Answer:  c.TEQ r1, r2   ; set cc on r1 OR r2

Question 9

0 out of 1 points

The following statements are on addressing mode. One of the is incorrect. Which one?Answer

Selected Answer:  a.A 32 bit data can be directly moved to a register.

Question 10

0 out of 1 points

One of the following statements comments on  indexing addressing is incorrect Which one?Answer

Selected Answer:LDR  r0, [r1, #4] ! 

is equivalent to

ADD r1, r1, #4LDR r0, r1