Understanding Adders and Flip-Flops

What is the primary function of a half adder circuit?

• To perform subtraction of two binary bits

• To perform addition of two binary bits

• To multiply two binary bits

• To divide two binary bits

In a half adder circuit, what are the two outputs generated?

• Sum and Product

• Sum and Difference

• Sum and Carry

• Carry and Product

Which logic gates are used in the construction of a half adder?

• AND and OR gates

• OR and NOT gates

• XOR and AND gates

• NAND and NOR gates

What is the main advantage of a full adder over a half adder?

• It can subtract binary bits

• It can add multiple binary bits

• It can multiply binary bits

• It can divide binary bits

How many inputs does a full adder circuit have?

• 2

• 3

• 4

• 5

Which of the following is true about the full adder circuit?

• It consists of two half adders and an OR gate

• It consists of two half adders and an AND gate

• It consists of two half adders and a NOT gate

• It consists of two half adders and a NOR gate

What is the role of the SR flip-flop circuit?

• To store a single bit of data

• To perform arithmetic operations

• To amplify signals

• To convert analog signals to digital

In an SR flip-flop, what does the 'S' stand for?

• Set

• Save

• Start

• Stop

What is the main characteristic of a JK flip-flop compared to an SR flip-flop?

• It has no undefined states

• It can only store two bits

• It requires no power supply

• It cannot be reset

In a JK flip-flop, what happens when both J and K inputs are high?

• The output remains unchanged

• The output toggles

• The output is set to 0

• The output is set to 1