Boolean algebra is used primarily by _______ to simplify circuits.

Boolean algebra is used primarily by _______ to simplify  circuits.
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1 Answer

Answer :

Design engineers.
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Related questions

Boolean algebra is based on the assumption that most quantities have _______ conditions.

Description : Boolean algebra is based on the assumption that most quantities have _______ conditions.

Last Answer : Two.

Claude Shannon described the operation of electronic switching circuits with a system of mathematical logic called _____________ a) LISP b) XLISP c) Neural networking d) Boolean algebra

Description : Claude Shannon described the operation of electronic switching circuits with a system of mathematical logic called _____________ a) LISP b) XLISP c) Neural networking d) Boolean algebra

Last Answer : c) Neural networking

The electronic circuits which implement the various logic operations are called ________ (a) Logic gates (b) Boolean algebra (c) amplifier gain (d) logic functions

Description : The electronic circuits which implement the various logic operations are called ________ (a) Logic gates (b) Boolean algebra (c) amplifier gain (d) logic functions

Last Answer : a) Logic gates

Who Discovered Boolean Algebra ?

Description : Who Discovered Boolean Algebra ?

Last Answer : George Boole invented Boolean algebra .

What is the essence of Boolean algebra ?

Description : What is the essence of Boolean algebra ?

Last Answer : In general algebra, a variable may have different values. But in Boolean algebra only two values of a variable can be "true" or "false" which is expressed by binary 1 or ... terms of multiplication are as follows: Boolean multiplication is called Logical Multiplication or Logical And Operation .

What is Boolean Algebra ?

Description : What is Boolean Algebra ?

Last Answer : The new branch of mathematics that unfolds in a combination of logical variables and logical operations is called Boolean algebra. It was discovered in 1848 by the English mathematician George Bully.

Why Boolean Algebra and General Algebra Are Not One ?

Description : Why Boolean Algebra and General Algebra Are Not One ?

Last Answer : Boolean algebra and general algebra are two different mathematical methods due to different usage rules. In Boolean algebra, all mathematical operations can be performed quickly and efficiently through two ... in mathematical rules. Therefore, it can be said that both the methods are exceptional.

What is Boolean Algebra ?

Description : What is Boolean Algebra ?

Last Answer : George Bull, an English mathematician, discovered the laws of logic algebra in 1848. Boolean algebras are named after him.

The Newell and Simon program that proved theorems of Principal Mathematical was ____________ a) Elementary Perceiver b) General Problem Solver c) Logic Theorist d) Boolean Algebra

Description : The Newell and Simon program that proved theorems of Principal Mathematical was ____________ a) Elementary Perceiver b) General Problem Solver c) Logic Theorist d) Boolean Algebra

Last Answer : c) Logic Theorist

A.M. turing developed a technique for determining whether a computer could or could not demonstrate the artificial Intelligence, Presently, this technique is called __________ a) Turing Test b) Algorithm c) Boolean Algebra d) Logarithm

Description : A.M. turing developed a technique for determining whether a computer could or could not demonstrate the artificial Intelligence, Presently, this technique is called __________ a) Turing Test b) Algorithm c) Boolean Algebra d) Logarithm

Last Answer : a) Turing Test

When simplified with Boolean Algebra (x + y)(x + z) simplifies to (A) x (B) x + x(y + z) (C) x(1 + yz) (D) x + yz

Description : When simplified with Boolean Algebra (x + y)(x + z) simplifies to (A) x (B) x + x(y + z) (C) x(1 + yz) (D) x + yz

Last Answer : Ans: D When simplified with Boolean Algebra (x + y)(x + z) simplifies to x + yz [(x + y) (x + z)] = xx + xz + xy + yz = x + xz + xy + yz (Qxx = x) = x(1+z) + xy + yz = x + xy + yz {Q(1+z) = 1} = x(1 + y) + yz = x + yz {Q(1+y) = 1}]

A.M. turing developed a technique for determining whether a computer could or could not demonstrate the artificial Intelligence,, Presently, this technique is called A. Turing Test B. Algorithm C. Boolean Algebra D. Logarithm E. None of the above

Description : A.M. turing developed a technique for determining whether a computer could or could not demonstrate the artificial Intelligence,, Presently, this technique is called A. Turing Test B. Algorithm C. Boolean Algebra D. Logarithm E. None of the above

Last Answer : A. Turing Test

Venn diagram is a kind of diagram to (A) represent and assess the truth of elementary inferences with the help of Boolean Algebra of classes. (B) represent and assess the validity of elementary inferences with the help of Boolean Algebra of classes. (C) represent but not assess the validity of elementary inferences with the help of Boolean Algebra of classes. (D) assess but not represent the validity of elementary inferences with the help of Boolean Algebra of classes.

Description : Venn diagram is a kind of diagram to (A) represent and assess the truth of elementary inferences with the help of Boolean Algebra of classes. (B) represent and assess the validity of ... but not represent the validity of elementary inferences with the help of Boolean Algebra of classes.

Last Answer : (B) represent and assess the validity of elementary inferences with the help of Boolean Algebra of classes.

Logic Simplification Using Boolean Algebra

Description : Logic Simplification Using Boolean Algebra

Last Answer : Logic Simplification Using Boolean Algebra 1 : https://youtu.be/fuoSMm2dJMc Logic Simplification Using Boolean Algebra 2 : https://youtu.be/bfCdur2QcJ4 Logic Simplification Using Boolean Algebra 3 : ... .be/V02wz8gz1UU Logic Simplification Using Boolean Algebra 7 : https://youtu.be/rgnJKgFO-SU

Boolean algebra is based on

Description : Boolean algebra is based on  (A) numbers (B) logic (C) truth (D) symbols 

Last Answer : Boolean algebra is based on logic 

Karnaugh map is used for the purpose of (A) Reducing the electronic circuits used. (B) To map the given Boolean logic function. (C) To minimize the terms in a Boolean expression. (D) To maximize the terms of a given a Boolean expression.

Description : Karnaugh map is used for the purpose of (A) Reducing the electronic circuits used. (B) To map the given Boolean logic function. (C) To minimize the terms in a Boolean expression. (D) To maximize the terms of a given a Boolean expression.

Last Answer : (C) To minimize the terms in a Boolean expression.

What type of gate is represented by the output Boolean expression R T Å ?

Description : What type of gate is represented by the output Boolean expression R T Å ?

Last Answer : Exclusive NOR (X-NOR).

What is the output Boolean expression for an AND gate with A and B as inputs when the B input is inverted?

Description : What is the output Boolean expression for an AND gate with A and B as inputs when the B input is inverted?

Last Answer : AB

What is the output Boolean expression for a NOR gate with R and T as inputs?

Description : What is the output Boolean expression for a NOR gate with R and T as inputs?

Last Answer : (R +T)’

What is the output Boolean expression for a NAND gate with inputs A, B, and C?

Description : What is the output Boolean expression for a NAND gate with inputs A, B, and C?

Last Answer : C B A

Write the Boolean expression for an OR gate having G, K

Description : Write the Boolean expression for an OR gate having G, K

Last Answer : . f = G+K+L.

What is the Boolean expression for the output of an AND gate that has R and S as inputs?

Description : What is the Boolean expression for the output of an AND gate that has R and S as inputs?

Last Answer : f = RS.

Operational amplifiers, used primarily in analog circuits, are characterized by ____________. A. high input impedance, high gain and low output impedance B. high input impedance, high gain and high output impedance C. low input impedance, low gain and high output impedance D. low input impedance, high gain and low output impedance

Description : Operational amplifiers, used primarily in analog circuits, are characterized by ____________. A. high input impedance, high gain and low output impedance B. high input impedance, high gain and high output ... gain and high output impedance D. low input impedance, high gain and low output impedance

Last Answer : Answer: A

What is the total resistance of the circuit shown in figure 3- 59? (Hint: Redraw the circuit to simplify and then use equivalent resistances to compute for RT.)

Description : What is the total resistance of the circuit shown in figure 3- 59? (Hint: Redraw the circuit to simplify and then use equivalent resistances to compute for RT.)

Last Answer : 4Ω

Name a common application of counting circuits.

Description : Name a common application of counting circuits.

Last Answer : Frequency counters or frequency dividers.

How many tuned parallel LC circuits are shown in this schematic?

Description : How many tuned parallel LC circuits are shown in this schematic?

Last Answer : Four.

What is the major factor that limits the high-frequency response of an amplifier circuits?

Description : What is the major factor that limits the high-frequency response of an amplifier circuits?

Last Answer : The capacitance of the circuit.

List the circuits that all oscilloscopes have in common.

Description : List the circuits that all oscilloscopes have in common.

Last Answer : A CRT, a group of control circuits, power supply, sweep circuitry, and deflection circuitry.

Circuits that can be interconnected without additional circuitry are known as ____________ circuits.

Description : Circuits that can be interconnected without additional circuitry are known as ____________ circuits.

Last Answer : Compatible.

Circuits which maintain constant voltage or current outputs are called dc voltage or dc current ___.

Description : Circuits which maintain constant voltage or current outputs are called dc voltage or dc current ___.

Last Answer : Regulators.

Why is the use of large value capacitors in filter circuits discouraged?

Description : Why is the use of large value capacitors in filter circuits discouraged?

Last Answer : Expense

Which of the basic timing circuits produces sharp trigger pulses directly?

Description : Which of the basic timing circuits produces sharp trigger pulses directly?

Last Answer : Blocking oscillators.

What basic circuits meet the requirements of an externally synchronized master oscillator?

Description : What basic circuits meet the requirements of an externally synchronized master oscillator?

Last Answer : Sine-wave oscillator, single-swing blocking oscillator, and master trigger (astable) multivibrator.

The actions of the tr and atr circuits depend on the impedance characteristics of what length of transmission line?

Description : The actions of the tr and atr circuits depend on the impedance characteristics of what length of transmission line?

Last Answer : Quarter-wavelength section

Which of the basic timing circuits produces sharp trigger pulses directly?

Description : Which of the basic timing circuits produces sharp trigger pulses directly?

Last Answer : Blocking oscillators.

What basic circuits meet the requirements of an externally synchronized master oscillator?

Description : What basic circuits meet the requirements of an externally synchronized master oscillator?

Last Answer : Sine-wave oscillator, single-swing blocking oscillator, and master trigger (astable) multivibrator.

What is the purpose of the majority of circuits in a radar system?

Description : What is the purpose of the majority of circuits in a radar system?

Last Answer : Timing and control.

Why is the use of large value capacitors in filter circuits discouraged?

Description : Why is the use of large value capacitors in filter circuits discouraged?

Last Answer : Expense

What do the smaller circuits in third generation computers allow for?

Description : What do the smaller circuits in third generation computers allow for?

Last Answer : Faster internal processing speeds.

What is the primary advantage of hybrid circuits?

Description : What is the primary advantage of hybrid circuits?

Last Answer : Circuit flexibility

When designing vacuum-tube circuits, what characteristics of tubes must be taken into consideration?

Description : When designing vacuum-tube circuits, what characteristics of tubes must be taken into consideration?

Last Answer : Differences in performance of tubes of the same type

Name the two series circuits that exist in a diode circuit.

Description : Name the two series circuits that exist in a diode circuit.

Last Answer : Filament and plate.

When are two circuits said to be coupled?

Description : When are two circuits said to be coupled?

Last Answer : When they are arranged so that energy from one circuit is transferred to the other circuit

With regard to computer logic circuits, what is meant by "complement?"

Description : With regard to computer logic circuits, what is meant by "complement?"

Last Answer : The opposite of the original statement.

The total power in both series and parallel circuits is computed with the formula: PT = P1 + P2 + P3 +...Pn. Why can this formula be used for both series and parallel circuits?

Description : The total power in both series and parallel circuits is computed with the formula: PT = P1 + P2 + P3 +...Pn. Why can this formula be used for both series and parallel circuits?

Last Answer : In both cases all the power used in the circuit must come from the source.

How are circuits protections devices connected to the circuit they are intended to protect and why are they connected in this way?

Description : How are circuits protections devices connected to the circuit they are intended to protect and why are they connected in this way?

Last Answer : In series, so total current will be stopped when the device opens.

What area of an ohmmeter scale should be used when measuring circuits?

Description : What area of an ohmmeter scale should be used when measuring circuits?

Last Answer : The middle of the scale.

Hybrid rings are used primarily for what purpose?

Description : Hybrid rings are used primarily for what purpose?

Last Answer : High-power duplexes.

The SCR is primarily used for what function?

Description : The SCR is primarily used for what function?

Last Answer : The SCR is primarily used for switching power on or off.

The Navy uses analog computers primarily for what purpose?

Description : The Navy uses analog computers primarily for what purpose?

Last Answer : Gun fire control