Title: QUIZ: Logic 2 Module
Course: AIT 198 Special Seminar - Logic For Industry > Section: Week 2: Fundamental Logic Circuits 2

Q: We can use inverters on the inputs to vary the output results of standard gates.
- True
- False
A: True

Q: Looking at diagrams for combinations of gates may seem confusing and complex.

A good approach is to consider all of the gates at the same time, so we can work through all of the inputs and outputs at once.
- True
- False
A: False

Q: Boolean algebra is based on the assumption that most quantities have two possible conditions TRUE and FALSE.
- True
- False
A: True

Q: Which Boolean Law or Theorem does this statement represent?

A term that is TRUE in one part of an expression will be TRUE in all parts of the expression.
- COMMUTATIVE LAW
- ASSOCIATIVE LAW
- LAW OF IDENTITY
- DOUBLE NEGATIVE LAW
- COMPLEMENTARY LAW
A: LAW OF IDENTITY

Q: Which Boolean Law or Theorem does this statement represent?

A term ANDed with its complement equals 0, and a term ORed with its complement equals 1.
- COMMUTATIVE LAW
- DOUBLE NEGATIVE LAW
- COMPLEMENTARY LAW
- ASSOCIATIVE LAW
A: COMPLEMENTARY LAW

Q: Which Boolean Law or Theorem does this statement represent?

A term that is inverted twice is equal to the term.
- DOUBLE NEGATIVE LAW
- ASSOCIATIVE LAW
- COMPLEMENTARY LAW
- LAW OF IDENTITY
A: DOUBLE NEGATIVE LAW

Q: POSITIVE LOGIC is defined as follows:

If the signal that activates the circuit (the 1 or high state) has a voltage level that is more POSITIVE than the 0 state,

then the logic polarity is considered to be POSITIVE.
- True
- False
A: True