$6.$ How many bits are required for addressing $($i$.$e$.$ what is the size, in bits, of a memory address$)?$

a$.32$ bits

b$.30$ bits

c$.28$ bits

d$.31$ bits

e$.16$ bits

$17.$ How will the bits in the instruction be distributed between opcode and operands? Answers are

listed as bits for opcode $/$ bits for operands

a$.4$ bits $/20$ bits

b$.4$ bits $/28$ bits

c$.5$ bits $/19$ bits

d$.5$ bits $/27$ bits

e$.6$ bits $/26$ bits

$18.$ How many bits can be used to represent an immediate value as an operand?

a$.32$ bits

b$.20$ bits

c$.28$ bits

d$.1$ bit

e$.6$ bits

$19.$ How far $($in memory locations$)$ can the label be from an instruction that references the label, using

the addressing mode?

a$.+/-256$ K

b$.+/-128$ K

c$.+/-16$ k

d$.+/-32$ K

e$.+/-4$ K

$5$