CS101
532
CS201
225
CS301
232
CS302
174
CS304
192
CS401
224
CS402
258
CS403
228
CS408
113
CS411
121
CS502
249
CS504
268
CS601
679
CS604
381
CS605
261
CS607
184
CS609
230
CS610
300
CS614
100
CS703
65
| Code | Question | Option A | Option B | Option C | Option D | Answer | |
|---|---|---|---|---|---|---|---|
| CS302 | The Alternate Solution For A Multiplexer And A Register Circuit Is ___________ | Parallel In / Serial Out Shift Register | Serial In / Parallel Out Shift Register | Parallel In / Parallel Out Shift Register | Serial In / Serial Out Shift Register | A | |
| CS302 | The Ansi/Ieee Standard 754 Defines A __________Single-Precision Floating Point Format For Binary Numbers | 8-Bit | 16-Bit | 32-Bit | 64-Bit | C | |
| CS302 | The Basic Building Block For A Logical Circuit Is | A Flip-Flop | A Logical Gate | An Adder | None Of Given Options | B | |
| CS302 | The Best State Assignment Tends To __________ | Maximizes The Number Of State Variables That Don’T Change In A Group Of Related States | Minimizes The Number Of State Variables That Don"T Change In A Group Of Related States | Minimize The Equivalent States | None Of Given Options | A | |
| CS302 | The Binary Numbers A = 1100 And B = 1001 Are Applied To The Inputs Of A Comparator. What Are The Output Levels? | A > B = 1 A < B = 0 A < B = 1 | A > B = 0 A < B = 1 A = B = 0 | A > B = 1 A < B = 0 A = B = 0 | A > B = 0 A < B = 1 A = B = 1 | C | |
| CS302 | The Bolean Expression A + Bc Equals | (A + B)(A + C) | (A + B)(A + C) | (A + B)(A + C) | None Of The Above | B | |
| CS302 | The Boolean Expression (A +C)(Ab +Ac)(A C + B )Can Be Simplified To | Ab | Ab + A C | A B + B | Ab + Bc | B | |
| CS302 | The Boolean Expression A + B + C Is | A Sum Term | A Literal Term | A Product Term | A Complemented Term | A | |
| CS302 | The Boolean Expression Ab Cd Is | A Sum Term | A Product Term | A Literal Term | Always 1 | B | |
| CS302 | The Boolean Expression X = Ab + Cd Represents | Two Ors Anded Together | A 4-Input And Gate | Two Ands Ored Together | An Exclusive-Or | C | |
| CS302 | The Capability That Allows The Plds To Be Programmed After They Have Been Installed On A Circuit Board Is Called __________ | Radiation-Erase Programming Method (Repm) | In-System Programming (Isp) | In-Chip Programming (Icp) | Electronically-Erase Programming Method(Eepm) | B | |
| CS302 | The Complement Of A Variable Is Always | 0 | 1 | Equal To The Variable | The Inverse Of The Variable | D | |
| CS302 | The Counter States Or The Range Of Numbers Of A Counter Is Determined By The Formula. (“N” Represents The Total Number Of Flip-Flops) | (N Raise To Power 2) | (N Raise To Power 2 And Then Minus 1) | 2 Raise To Power N) | (2 Raise To Power N And Then Minus 1) | C | |
| CS302 | The Counter States Or The Range Of Numbers Of A Counter Is Determined By The Formula. “N” Represents The Total Number Of Flip-Flops) | (N Raise To Power 2) | (N Raise To Power 2 And Then Minus 1) | (2 Raise To Power N) | (2 Raise To Power N And Then Minus 1) | A | |
| CS302 | The Decimal “17” In Bcd Will Be Represented As ___________ | 11101 | 11011 | 10111 | 11110 | C | |
| CS302 | The Design And Implementation Of Synchronous Counters Start From ___________ | Truth Table | K-Map | State Table | State Diagram | D | |
| CS302 | The Divide-By-60 Counter In Digital Clock Is Implemented By Using Two Cascading Counters | Mod-6 Mod-10 | Mod-50 Mod-10 | Mod-10 Mod-50 | Mod-50 Mod-6 | A | |
| CS302 | The Domain Of The Expression Ab Cd + Ab + C D + B Is | A And D | B Only | A B C And D | None Of These | C | |
| CS302 | The Encoder Is Used As A Keypad Encoder | 2-To-8 Encoder | 4-To-16 Encoder | Bcd-To-Decimal | Decimal-To-Bcd Priority | D | |
| CS302 | The Expression F=A+B+C Describes The Operation Of Three Bits Gate | Or | And | Not | Nand | A |