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
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