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The paper contains 35 questions across five sections (A to E) with a marks distribution from 1 to 5 per question, including programming questions to be answered using Python only. 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Each question carries 1 Mark.  \n􀁸 Section B, consists of 7 questions (19 to 25). Each question carries 2 Marks.  \n􀁸 Section C, consists of 5 questions (26 to 30). Each question carries 3 Marks.  \n􀁸 Section D, consists of 2 questions (31 to 32). Each question carries 4 Marks.  \n􀁸 Section E, consists of 3 questions (33 to 35). Each question carries 5 Marks.  \n􀁸 All programming questions are to be answered using Python Language only.  \n\n| Que\u003Cbr>s No | Question | Marks |\n| --- | --- | --- |\n| SECTION A |  |  |\n| 1 | State True or False:\u003Cbr>“In a Python program, ifa break statement is given in a nested loop, it terminates the execution of all loops in one go.” | 1 |\n| 2 | In a table in MYSQL database, an attribute A of datatype varchar(20) has the value “Keshav”. The attribute B of datatype char(20) has value“Meenakshi”. How many characters are occupied by attribute A and attribute B?\u003Cbr>a. 20,6 b. 6,20\u003Cbr>c. 9,6 d. 6,9 | 1 |\n| 3 | What will be the output of the following statement: print(3-2**2**3+99/11)\u003Cbr>a. 244 b. 244.0\u003Cbr>c. -244.0 d. Error | 1 |\n| 4 | Select the correct output of the code: | 1 |\n\n\n|  | \u003Cbr>Options:\u003Cbr>a. PYTHON-IS-Fun\u003Cbr>b. PYTHON-is-Fun\u003Cbr>c. Python-is-fun\u003Cbr>d. PYTHON-Is -Fun |  |\n| --- | --- | --- |\n| 5 | In MYSQL database, ifa table, Alpha has degree 5 and cardinality 3, and another table, Beta has degree 3 and cardinality 5, what will be the degree and cardinality of the Cartesian product of Alpha and Beta?\u003Cbr>a. 5,3 b. 8,15\u003Cbr>c. 3,5 d. 15,8 | 1 |\n| 6 | Riya wants to transfer pictures from her mobile phone to her laptop. She uses Bluetooth Technology to connect two devices. Which type of network will be formed in this case?\u003Cbr>a. PAN b. LAN\u003Cbr>c. MAN d. WAN | 1 |\n| 7 | Which of the following will delete key-value pair for key = “Red” from a dictionary D1?\u003Cbr>a. delete D1(\"Red\")\u003Cbr>b. del D1[\"Red\"]\u003Cbr>c. del.D1[\"Red\"]\u003Cbr>d. D1 .del[\"Red\"] | 1 |\n| 8 | Consider the statements given below and then choose the correct output from the given options:\u003Cbr>pride=\"\\#G20 Presidency\"\u003Cbr>print(pride[-2:2:-2]) | 1 |\n\n\n|  | Options:\u003Cbr>a. ndsr\u003Cbr>b. ceieP0\u003Cbr>c. ceieP\u003Cbr>d. yndsr |  |\n| --- | --- | --- |\n| 9 | Which of the following statement(s) would give an error during execution of the following code?\u003Cbr>tup = (20,30,40,50,80,79)\u003Cbr>print(tup) \\#Statement 1\u003Cbr>print(tup[3]+50) \\#Statement 2\u003Cbr>print(max(tup)) \\#Statement 3\u003Cbr>tup[4]=80 \\#Statement 4\u003Cbr>Options:\u003Cbr>a. Statement 1\u003Cbr>b. Statement 2\u003Cbr>c. Statement 3\u003Cbr>d. Statement 4 | 1 |\n| 10 | What possible outputs(s) will be obtained when the following code is executed?\u003Cbr>\u003Cbr>Options: a. | 1 |\n\n\n|  | RED*\u003Cbr>WHITE*\u003Cbr>BLACK*\u003Cbr>b.\u003Cbr>WHITE*\u003Cbr>BLACK* c.\u003Cbr>WHITE* WHITE*\u003Cbr>BLACK* BLACK*\u003Cbr>d.\u003Cbr>YELLOW*\u003Cbr>WHITE*WHITE*\u003Cbr>BLACK* BLACK* BLACK* |  |\n| --- | --- | --- |\n| 11 | Fill in the blank:\u003Cbr>The modem at the sender’s computer end acts as a   .\u003Cbr>a. Model\u003Cbr>b. Modulator\u003Cbr>c. Demodulator\u003Cbr>d. Convertor | 1 |\n| 12 | Consider the code given below:\u003Cbr>| 1 |\n\n\n|  | Which of the following statements should be given in the blank for \\#Missing Statement, if the output produced is 110?\u003Cbr>Options:\u003Cbr>[a.](a. global)[ global](a. global) a\u003Cbr>[b.](b. global)[ global](b. global) b=100\u003Cbr>[c.](c. global)[ global](c. global) b\u003Cbr>[d.](d. global)[ global](d. global) a=100 |  |\n| --- | --- | --- |\n| 13 | State whether the following statement is True or False:\u003Cbr>An exception may be raised even if the program is syntactically correct. | 1 |\n| 14 | Which of the following statements is FALSE about keys in a relational database?\u003Cbr>a. Any candidate key is eligible to become a primary key.\u003Cbr>b. A primary key uniquely identifies the tuples in a relation.\u003Cbr>c. ","cbCaihY00wCjeHyZ","https://ap.wps.com/l/cbCaihY00wCjeHyZ","pdf",625127,17,"English","# General Instructions\n# Section A\n# Section B\n# Section C\n# Section D\n# Section E","[{\"question\":\"How many questions are there and what is the total time and marks for the paper?\",\"answer\":\"The paper has 35 questions, time allowed is 3 hours, and maximum marks are 70.\"},{\"question\":\"What are the section-wise question counts and marks distribution?\",\"answer\":\"Section A has 18 questions (1–18) worth 1 mark each; Section B has 7 questions (19–25) worth 2 marks each; Section C has 5 questions (26–30) worth 3 marks each; Section D has 2 questions (31–32) worth 4 marks each; Section E has 3 questions (33–35) worth 5 marks each.\"},{\"question\":\"Which programming language must be used for programming questions?\",\"answer\":\"All programming questions must be answered using Python language only.\"}]","Computer Science (083) - Sample Question Paper (Theory) | PDF",43]