AND, OR$,$ and INVERTER gates are

a$.$SSI devices.

b$.$MSI devices.

c$.$LSI devices.

d$.$VLSI devices.

The RAM acronym

a$.$stands for Random Access Memory.

b$.$is the name of a R$/$W $($i$.$e$.$ Read$/$Write$)$ type of memory.

c$.$is the name of a memory device that comes in different dataword widths, and different sizes of

address spaces.

d$.$ all of the above.

The Quine$-$McCluskey method of reduction

a$.$uses a clear algorithm.

b$.$is difficult to code.

c$.$can only be used for sequencing in the design.

d$.$all of the above.

A positive edge$-$triggered $D$ flip$-$flop's current output is $0($i$.$e$.Q=0).$ The input signal $(D)$ changes to a $1(D=1).$

When will the output $Q$ change to a $1?$

a$.$Immediately.

b$.$When the clock transitions from LOW to HIGH.

c$.$Never. The D flip$-$flop is a memory device that will hold onto the value.

d$.$When the clock transitions from HIGH to LOW.