CSIP: November 2015

Computer Science (Theory) - Class XII

Subject Code: 083

Design of Question Paper for the Examination

Time: 3 hours Max. Marks: 70

Weightage of marks over different dimensions of the question paper shall be as follows:

A. Weightage to different topics/content units

*S.No*	*Topics*	*Marks*
1	Review of C++ covered in Class XI	12
2	Object Oriented Programming in C++	12
3	Data Structure & Pointers	14
4	Data File Handling in C++	06
5	Databases and SQL	08
6	Boolean Algebra	08
7	Communication and Open Source Concepts	10
	*Total*	70

B. Weightage to different forms of questions

*S.No*	*Forms of Questions*	*Marks for each*	*No. of*	*Total*
		*question*	*Questions*	*Marks*
1	Very Short Answer questions (VSA)	01	09	09
2	Short answer questions – Type I (SA I)	02	13	26
3	Short answer questions – Type II (SA II)	03	05	15
4	Long answer questions (LA)	04	05	20
		*Total*	32	70

C. Scheme of Options

There will be no overall choice. All questions are compulsory.

D. Difficulty level of questions

· Based on the above design, two sets of sample papers along with their blue prints and Marking schemes have been included in this document.

· About 20% weightage has been assigned to questions testing higher order thinking (HOT) skills of learners.

Computer Science (Theory) - Class XII

Subject Code: 083

Blue Print of Question Paper for the Examination.

S.No.		UNIT	VSA		SA I	SA II	LA	TOTAL
			(1 Mark)		(2 Marks)	(3 Marks)	(4 Marks)

1	Review of C++ covered in Class XI		1	(1)	8 (4)	3 (1)		12 (6)

2	Object Oriented Programming in C++
	a)	Introduction to OOP using C++			2 (1)		4 (1)	6 (2)
	b)	Constructor & Destructor			2 (1)			2 (1)
	c)	Inheritance					4 (1)	4 (1)

3	Data Structure & Pointers
	a)	Address Calculation				3 (1)		3 (1)
	b)	Static Allocation of Objects			2 (1)	3 (1)		5 (2)
	c)	Dynamic Allocation of Objects					4 (1)	4 (1)
	d)	Infix & Postfix Expressions			2 (1)			2 (1)

4	Data File Handling in C++
	a)	Fundamentals of File Handling	1	(1)				1 (1)
	b)	Text File			2 (1)			2 (1)
	c)	Binary Files				3 (1)		3 (1)

5	Databases and SQL
	a)	Database Concepts			2 (1)			2 (1)
	b)	Structured Query Language			2(1)		4 (1)	6 (2)

6	Boolean Algebra
	a)	Introduction to Boolean Algebra &			2 (1)			2 (1)
		Laws
	b)	SOP & POS	1	(1)				1 (1)
	c)	Karnaugh Map				3 (1)		3 (1)
	d)	Basic Logic Gates			2 (1)			2 (1)

7	Communication & Open Source
	Concepts
	a)	Introduction to Networking	2	(2)				2 (2)
	b)	Media,Devices,Topologies &					4 (1)	4 (1)
		Protocols
	c)	Security	2	(2)				2 (2)
	d)	Webservers	1	(1)				1 (1)
	e)	Open Source Terminologies	1	(1)				1 (1)
	f)
		TOTAL	9	(9)	26(13)	15 (5)	20 (5)	70 (32)

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