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Electronic
Principle of Electronics
500 SOLVED PROBLEMS
Question: 26.32
Simplify the circuit of Fig. 26.55 (i). ...
Verified Answer:
The Boolean expression for the circuit shown in Fi...
Question: 26.31
Simplify the expression : X = AB + A (B + C) + B (B + C) ...
Verified Answer:
X = AB + A (B + C) + B (B + C) Step 1. Applying di...
Question: 26.30
Simplify the expression : X = ABC + ABC + ABC + ABC ...
Verified Answer:
X=\bar{A} \bar{B} C+A \bar{B} C+A B \bar{C}...
Question: 26.29
Draw the logic circuit that implements the expression X = AB (CD + EF). ...
Verified Answer:
X = AB (C
\bar{D}
+ EF) A breakdown ...
Question: 26.28
Draw the logic circuit that implements the expression X = AB + BC. ...
Verified Answer:
X=A B+\bar{B} C
The function is com...
Question: 26.27
Drawn the logic circuit that implements the expression X = AB + CDE. ...
Verified Answer:
X = AB + CDE The function is composed of two terms...
Question: 26.26
Illustrate distributive law as applied to Boolean algebra. ...
Verified Answer:
This law states that ORing several variables and A...
Question: 26.25
Illustrate associative law of (i) addition and (ii) multiplication as applied to Boolean algebra. ...
Verified Answer:
(i) The associative law of addition states that in...
Question: 26.24
Illustrate the commutative law of (i) addition and (ii) multiplication of two variables. ...
Verified Answer:
(i) The commutative law of addition states that th...
Question: 26.23
Write the Boolean expression for the digital circuit shown in Fig. 26.40. ...
Verified Answer:
The output of
G_1
is A + B. Then (A...
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