Student Notes Prompt

Lecture	Unit	Topic and subtopics
L1	U1	Computer system, hardware and I/O devices Theory Computer system, hardware and I/O devices
L2	U1	Computer system, hardware and I/O devices PYQ Computer system, hardware and I/O devices
L3	U1	CPU, memory hierarchy and units of memory Theory CPU, memory hierarchy and units of memory
L4	U1	CPU, memory hierarchy and units of memory PYQ CPU, memory hierarchy and units of memory
L5	U1	Software categories and utilities Theory part 1 Software categories and utilities
L6	U1	Software categories and utilities Theory part 2 Software categories and utilities
L7	U1	Software categories and utilities PYQ Software categories and utilities
L8	U1	Language translators and programming tools Theory Language translators and programming tools
L9	U1	Language translators and programming tools PYQ Language translators and programming tools
L10	U1	Operating system functions and user interface Theory Operating system functions and user interface
L11	U1	Operating system functions and user interface PYQ Operating system functions and user interface
L12	U1	Logic gates and truth tables Theory part 1 Logic gates and truth tables
L13	U1	Logic gates and truth tables Theory part 2 Logic gates and truth tables
L14	U1	Logic gates and truth tables Theory part 3 Logic gates and truth tables
L15	U1	Logic gates and truth tables PYQ part 1 Logic gates and truth tables
L16	U1	Logic gates and truth tables PYQ part 2 Logic gates and truth tables
L17	U1	De Morgan's laws and logic circuits Theory De Morgan's laws and logic circuits
L18	U1	De Morgan's laws and logic circuits PYQ part 1 De Morgan's laws and logic circuits
L19	U1	De Morgan's laws and logic circuits PYQ part 2 De Morgan's laws and logic circuits
L20	U1	Number systems and conversions Theory part 1 Number systems and conversions
L21	U1	Number systems and conversions Theory part 2 Number systems and conversions
L22	U1	Number systems and conversions PYQ part 1 Number systems and conversions
L23	U1	Number systems and conversions PYQ part 2 Number systems and conversions
L24	U1	Number systems and conversions PYQ part 3 Number systems and conversions
L25	U1	Encoding schemes ASCII ISCII and Unicode Theory Encoding schemes ASCII ISCII and Unicode
L26	U1	Encoding schemes ASCII ISCII and Unicode PYQ Encoding schemes ASCII ISCII and Unicode
L27	U2	Problem solving steps and decomposition Theory Problem solving steps and decomposition
L28	U2	Problem solving steps and decomposition PYQ Problem solving steps and decomposition
L29	U2	Algorithms, flowcharts and pseudocode Theory part 1 Algorithms, flowcharts and pseudocode
L30	U2	Algorithms, flowcharts and pseudocode Theory part 2 Algorithms, flowcharts and pseudocode
L31	U2	Algorithms, flowcharts and pseudocode PYQ part 1 Algorithms, flowcharts and pseudocode
L32	U2	Algorithms, flowcharts and pseudocode PYQ part 2 Algorithms, flowcharts and pseudocode
L33	U2	Algorithms, flowcharts and pseudocode PYQ part 3 Algorithms, flowcharts and pseudocode
L34	U2	Python introduction and execution modes Theory Python introduction and execution modes
L35	U2	Python introduction and execution modes PYQ Python introduction and execution modes
L36	U2	Python tokens, identifiers, variables and comments Theory part 1 Python tokens, identifiers, variables and comments
L37	U2	Python tokens, identifiers, variables and comments Theory part 2 Python tokens, identifiers, variables and comments
L38	U2	Python tokens, identifiers, variables and comments PYQ part 1 Python tokens, identifiers, variables and comments
L39	U2	Python tokens, identifiers, variables and comments PYQ part 2 Python tokens, identifiers, variables and comments
L40	U2	Python tokens, identifiers, variables and comments PYQ part 3 Python tokens, identifiers, variables and comments
L41	U2	Data types, mutability and object identity Theory part 1 Data types, mutability and object identity
L42	U2	Data types, mutability and object identity Theory part 2 Data types, mutability and object identity
L43	U2	Data types, mutability and object identity PYQ part 1 Data types, mutability and object identity
L44	U2	Data types, mutability and object identity PYQ part 2 Data types, mutability and object identity
L45	U2	Data types, mutability and object identity PYQ part 3 Data types, mutability and object identity
L46	U2	Input/output and type conversion Theory Input/output and type conversion
L47	U2	Input/output and type conversion PYQ Input/output and type conversion
L48	U2	Operators, expressions and precedence Theory part 1 Operators, expressions and precedence
L49	U2	Operators, expressions and precedence Theory part 2 Operators, expressions and precedence
L50	U2	Operators, expressions and precedence PYQ part 1 Operators, expressions and precedence
L51	U2	Operators, expressions and precedence PYQ part 2 Operators, expressions and precedence
L52	U2	Errors and debugging basics Theory Errors and debugging basics
L53	U2	Errors and debugging basics PYQ Errors and debugging basics
L54	U2	Flow of control and indentation Theory part 1 Flow of control and indentation
L55	U2	Flow of control and indentation Theory part 2 Flow of control and indentation
L56	U2	Flow of control and indentation PYQ part 1 Flow of control and indentation
L57	U2	Flow of control and indentation PYQ part 2 Flow of control and indentation
L58	U2	Flow of control and indentation PYQ part 3 Flow of control and indentation
L59	U2	Conditional statements Theory Conditional statements
L60	U2	Conditional statements PYQ part 1 Conditional statements
L61	U2	Conditional statements PYQ part 2 Conditional statements
L62	U2	Iterative statements and nested loops Theory Iterative statements and nested loops
L63	U2	Iterative statements and nested loops PYQ part 1 Iterative statements and nested loops
L64	U2	Iterative statements and nested loops PYQ part 2 Iterative statements and nested loops
L65	U2	Iterative statements and nested loops PYQ part 3 Iterative statements and nested loops
L66	U2	Iterative statements and nested loops PYQ part 4 Iterative statements and nested loops
L67	U2	String operations and methods Theory part 1 String operations and methods
L68	U2	String operations and methods Theory part 2 String operations and methods
L69	U2	String operations and methods PYQ part 1 String operations and methods
L70	U2	String operations and methods PYQ part 2 String operations and methods
L71	U2	String operations and methods PYQ part 3 String operations and methods
L72	U2	List operations and methods Theory part 1 List operations and methods
L73	U2	List operations and methods Theory part 2 List operations and methods
L74	U2	List operations and methods PYQ part 1 List operations and methods
L75	U2	List operations and methods PYQ part 2 List operations and methods
L76	U2	List operations and methods PYQ part 3 List operations and methods
L77	U2	Tuple operations and methods Theory part 1 Tuple operations and methods
L78	U2	Tuple operations and methods Theory part 2 Tuple operations and methods
L79	U2	Tuple operations and methods PYQ part 1 Tuple operations and methods
L80	U2	Tuple operations and methods PYQ part 2 Tuple operations and methods
L81	U2	Tuple operations and methods PYQ part 3 Tuple operations and methods
L82	U2	Dictionary operations and methods Theory part 1 Dictionary operations and methods
L83	U2	Dictionary operations and methods Theory part 2 Dictionary operations and methods
L84	U2	Dictionary operations and methods PYQ part 1 Dictionary operations and methods
L85	U2	Dictionary operations and methods PYQ part 2 Dictionary operations and methods
L86	U2	Dictionary operations and methods PYQ part 3 Dictionary operations and methods
L87	U2	Import statements and module usage Theory Import statements and module usage
L88	U2	Import statements and module usage PYQ Import statements and module usage
L89	U2	Math, random and statistics modules Theory part 1 Math, random and statistics modules
L90	U2	Math, random and statistics modules Theory part 2 Math, random and statistics modules
L91	U2	Math, random and statistics modules PYQ part 1 Math, random and statistics modules
L92	U2	Math, random and statistics modules PYQ part 2 Math, random and statistics modules
L93	U2	Math, random and statistics modules PYQ part 3 Math, random and statistics modules
L94	U3	Digital footprints and netiquette Theory part 1 Digital footprints and netiquette
L95	U3	Digital footprints and netiquette Theory part 2 Digital footprints and netiquette
L96	U3	Digital footprints and netiquette PYQ Digital footprints and netiquette
L97	U3	Communication and social media etiquette Theory part 1 Communication and social media etiquette
L98	U3	Communication and social media etiquette Theory part 2 Communication and social media etiquette
L99	U3	Communication and social media etiquette PYQ Communication and social media etiquette
L100	U3	Intellectual property rights and violations Theory part 1 Intellectual property rights and violations
L101	U3	Intellectual property rights and violations Theory part 2 Intellectual property rights and violations
L102	U3	Intellectual property rights and violations PYQ Intellectual property rights and violations
L103	U3	Open source software and licensing Theory Open source software and licensing
L104	U3	Open source software and licensing PYQ Open source software and licensing
L105	U3	Cyber threats and crimes Theory part 1 Cyber threats and crimes
L106	U3	Cyber threats and crimes Theory part 2 Cyber threats and crimes
L107	U3	Cyber threats and crimes PYQ Cyber threats and crimes
L108	U3	Cyber safety and identity protection Theory Cyber safety and identity protection
L109	U3	Cyber safety and identity protection PYQ Cyber safety and identity protection
L110	U3	IT Act and legal awareness Theory IT Act and legal awareness
L111	U3	IT Act and legal awareness PYQ IT Act and legal awareness
L112	U3	E-waste management Theory E-waste management
L113	U3	E-waste management PYQ E-waste management
L114	U3	Gender and disability inclusion in technology Theory Gender and disability inclusion in technology
L115	U3	Gender and disability inclusion in technology PYQ Gender and disability inclusion in technology

Combined PYQ reference preview 1 lectures 19 included

Only approved questions will enter the prompt. Questions repeated across selected lectures are automatically de-duplicated in the final prompt.

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

The output of 1 or 0 and 1 is:
a) True
b) False
c) 0
d) 1

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

"Hello" <= "hello" gives output as:
a) True
b) False
c) Hello
d) "hello"

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

Which of these is a logical operator:
a) ==
b) >=
c) or
d) !=

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

What will be the output of the following statement:
print(4+2**3**2-5//11%3)
a) 66
b) 46
c) 516
d) 494

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

A , B = 8.6 , 2
print(A//B)
a) 4.3
b) 4.0
c) 4
d) Compilation error

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

An input function always returns a value of ___________ type.

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

What will be the value of y after following code fragment is executed?
x=10.0
y=(x<100.0)and x>=10
(a)110
(b)True
(c)False
(d)Error

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

Identify the valid relational operator(s) in Python from the following:
(A) =
(B) <
(C) <>
(D) not

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

What will the following expression be evaluated to in Python?
print(15.0 / 4 + (8 + 3.0))
(a) 14.75
(b) 14.0
(c) 15
(d) 15.5

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

Which of the following is an invalid statement?
a. a=b=c=2
b. a,b,c=10,20,30
c. a b c=20,30,40
d. a_b_c=20

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

What will be the output of the following statement?
print(16+15/4**2//15+8)
(A) –24.0
(B) 24.0
(C) 24
(D) –24

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

What will be the output of the following statement?
print (14 % 3**2*4)
A) 16
B) 64
C) 20
D) 256

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

Which of the following operators evaluates to True if the variable on either side of the operator points towards the same memory location and False otherwise?
A) is
B) is not
C) and
D) or

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

State whether the following statement is True or False?
Python uses indentation to define blocks of code.

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

What will be the output of the following expression?
print(2 ** 3 ** 2)
(a) 64
(b) 512
(c) 36
(d) 256

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

Select the correct output of the following code.
str1 = "Digital India"
print(str1[2:8])
(a) igital I
(b) gital
(c) gital In
(d) igital

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

Assertion (A): A variable in Python must be declared before use. [1]
Reasoning (R): Python is a dynamically typed language.
(a) Both A and R are true and R is the correct explanation of A.
(b) Both A and R are true but R is not the correct explanation of A.
(c) A is true but R is false.
(d) A is false but R is true.

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

What will be the output of the following expression?
>>16 - 3 * 4 + 9 -2
(a) 59
(b) –25
(c) 11
(d) 143

Included L48: Operators, expressions and precedence Theory part 1 2025 · 1 mark(s)

Observe the following code and select the correct output.
tup_val = (7, 9, 15, [41, 53])
tup_val[3][0] = 65
print(tup_val)
(a) (7, 9, 15, [41, 53])
(b) (7, 9, 15, (65, 53))
(c) (7, 9, 15, [65, 53])
(d) Error

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