Computer Science Paper –I Fundamentals of Computer & Computer Organization and Architecture - Draw logic diagram for following Boolean expression Part 05

Computer Science Paper –I Fundamentals of Computer & Computer Organization and Architecture - Question 1 Multiple Choice Part 01
Computer Science Paper –I Fundamentals of Computer & Computer Organization and Architecture - 4 marks Questions Part 02
Computer Science Paper –I Fundamentals of Computer & Computer Organization and Architecture - Application software. Part 03
Computer Science Paper –I Fundamentals of Computer & Computer Organization and Architecture - 6 Marks Questions Part 04
Draw logic diagram for following Boolean expression
145. AB+CD
146. Y= AB+(B+C)
147. Y= (A+B)(B+C)
148. Y=(A+BC)(AC+B)
149. Y=ABC+ABC+ABC+ABC
150. Explain 1’s complement subtraction ( Subtract smaller from larger)
151. Explain 1’s complement subtraction ( Subtract larger from smaller)
152. Explain steps for 2’s complement subtraction with an example.
153. State and prove the two basic De Morgan’s theorems.
154. Explain working of S-R flip flop using NAND gate .
155. Explain working of D-flip flop .
156. Explain working of J-K flip flop.
157. Explain working of Edge triggered J-K flip flop

158. Explain with block diagram Multiplexer
159. Explain with block diagram 2 – 1 line multiplexer .
160. Explain with block diagram demultiplexer .
161. Explain with block diagram 1-2 line demultiplexer .
162. Describe advantages and disadvantages of multiplexer and demultiplexer.
163 Describe block diagram of digital system
164. Octal to Binary Encoder
165. Decimal to BCD Encoder
166. 3-8 Decoder or Binary to Octal decoder.
167. Describe characteristics of physical storage device.
168. Explain memory with block diagram.
169. Differentiate Volatile & Non-Volatile memory.
170. Describe working of magnetic core with diagram.
171. Differentiate static and Dynamic MOS cell.
172. What is MOS Cell ? Explain with block diagram construction of Dynamic MOS cell.
173. Explain working of static memory cell.
174. Describe , how information is written in memory cell.
175. Describe , how information is Read in memory cell.
176. Explain in detail status register.
177. Describe in detail CPU register.
178. How execution of instruction is performed.
179. Enlist the steps – sequence of operation carried out during instruction fetch cycle.
180. Enlist the steps – sequence of operation carried out during instruction execution cycle
181. Enlist instruction of SMAC.
182. Explain different generations of Microprocessors.
183. What is Microprocessor, explain in detail.
184. What is Micro-computer ? Explain structure of Microprocessor based system.
185. Enlist function - CPU of Microprocessor.
186. Explain with block diagram ALU.
187. Describe working of Memory.
188. Explain in detail following parts of microprocessor ALU , Registers, Control Unit.
189. Explain Machine Cycle of 8085
190. Explain commutative & associative laws.
191. Explain distributive & absorption laws.
192. simplify (A+B+C)(A+B+C)
193. Draw logic diagram for following a. AB+CD B. Y=AB+(B+C)
194. What is demorgans theorem.?
195. Differentiate Higher & Middle level language.
196. Explain Multiprogramming operating system.
197. Explain time sharing operating system.
198. Explain multiuser operating system.
199. Explain Multitasking opearating system.
200. Explain different generation of computers.