class 6 IMO | Chapter 4 : Data handling & presentation| Class 6 maths olympiad | SOF IMO 2026-27

class 6 IMO | Chapter 2 : Lines and angles | Class 6 maths olympiad | SOF IMO 2026-27

class 6 IMO | Chapter 1 : Patterns in mathematics | Class 6 maths olympiad | SOF IMO 2026-27

Class 6 IMO sample Paper 2026-27 | Detailed solution of maths olympiad sample paper | SOF IMO |

Subtraction using 2's complement | 2's complement | Digital electronics | Digital System Design

Solution of Fundamentals of electronics Engineering BEC101/201 | Code conversion | gates using NOR

One shot | Solution of Digital electronics PYQ 2025-26 | solution of BOE310 ODD SEM 2015-26| DE

Design (2,1,2) Convolutional encoder | Digital Communication BEC601 | PYQ 2023-24

Prove the following Using Boolean Algebra theorems | PYQ | BEC201/101 | Fundamental of Electronics

INX B instruction is equivalent to INR B and INR C in 8085 Microprocessor | PYQ of BEE602 | MPMC

Concept of line coding | Properties of line coding| waveform for different line codes | URZ |PYQ

Modulation Index in Amplitude Modulation| Modulation Index Numerical of AM | PYQ 2023-25 | BEC401

Class 10 IMO sample paper 2026-27 | sample paper of Maths olympiad for class 10 | SOF IMO

construct all possible systematic(7,4) cyclic code for Generator polynomial g(x) = x³+x²+1| BEC601

Shannon Fano Coding | digital Communication | Calculate Code length | Code Efficiency | variance

MOD 6 Asynchronous Down Counter | Mod 6 ripple counter using T flip flop | Timing diagram of counter

Minimize Boolean function in POS form using the K map F=∏M⟮3,5,6,9,10,11,13,19,21,22,23,25,26,27,29⟯

Determine base of the following: (i) (211)X = (152)8 (ii) (193)x = (623)8 | PYQ | BEC101 2025-26

8085 Microprocessor | Find the content of accumulator and status of S,Z and CY flags after 89+79

5 variable K map | solved example of 5 variable K-map SOP | Digital electronics | DSD | K-map

2-Bit, 3-Bit & 4-bit synchronous Up counter Using T flip flop | Easy trick| MOD-4, MOD-8, MOD-16

BOE410 | Solution of Digital electronics 2024-25 BOE410 | PYQ digital electronics BOE410 24-25

BOE310 | Solution of Digital electronics 2023-24 BOE410 | PYQ digital electronics BOE310 23-24

Solution of Digital electronics 2023-24 BOE410 | PYQ digital electronics BOE410 23-24

One shot : solution of Digital electronics KOE049 2022-23 in one shot | PYQ DE KOE049 2022-23

Unit wise important topics of Digital electronics BOE310 | Important topics of Digital Electronics

Difference between Mealy & Moore Model | Mealy Model vs Moore Model | Digital electronics | dsd

Floating Point Number Representation | Represent decimal number (-1460.125) in IEEE floating point

Floating Point Number Representation | Represent decimal number -(307.1875) in IEEE floating point

Floating Point Number Representation | Represent decimal number (85.125) in IEEE floating point

Implement function using 4:1 MUX | | solution of DSD 25-26 Q.NO. 4b | DE BEE401 2024-25

Simplify given function using Quine-McCluskey Tabulation Method | PYQ | DE BEE401 | TABULAR METHOD

Find T-states, machine cycles, Number of Bytes required for 8085 instructions | t sate calculation

discuss the functions associated to 8085 Pins | 8085 Pins description | solution of PYQ MPMC 24-25

Discuss the functions of associated the 8051 pins PSEN', T1, Vcc, AD5, RST and WR' | pins of 8051

4-Bit Synchronous Up Counter Using T flip flop | Mod-16 Counter using T flip flop | PYQ | 2024-25

Implement given boolean expression using NAND gates only | PYQ | AKTU | Digital Electronics

8085 Instructions | STAX | PUSH | SBI | CMA | RAR | RSTn | JNC in 8085 | MPMC pyq 2024-25 | 8085

8051 instructions | XCH | DIV | XRL | SETB | JZ | MOV | SWAP instructions of 8051| MPMC | PYQ 24-25

Memory interfacing with 8085 | 32KB RAM & 32KB ROM interfacing with 8085 Microprocessor 8085 | PYQ

Huffman Coding Example | PYQ 2024-25 ADC BEE058 | Huffman code | entropy | Efficiency calculation

K-Map | simplify boolean expression using k-map and implement using NOR gates only | PYQ BOE410

Flag Register | Find the Content of Accumulator & flag register after execution of program in 8085

Class 9 IMO 2025-26 | chapter 8 Quadrilaterals | Quadrilaterals for class 9 | maths olympiad

Class 7 IMO 2025-26 | Chapter 10 : Algebraic Expressions | Algebraic expressions for class 7

Class 7 IMO| Chapter 9: Perimeter and Area | Part 2 Q.No. 14 to 25 | SOF IMO 2025-26 |maths olympiad

Class 9 IMO 2025-26 | chapter 13: Logical Reasoning | maths olympiad class 9

BCD Adder | Decimal Adder | Design BCD adder using Parallel adder | PYQ | AKTU | DE | DSD | DLD

PLA (Programmable logic array) | PAL (Programmable array logic) | PROM | Q7 2022-23 | 2024-25

Class 7 IMO | Chapter 9: Perimeter and Area | Part 1 Q.No. 1 to 13 | SOF IMO 2025-26 |maths olympiad

Class 9 IMO 2025-26 | Chapter 11 : Surface Area & Volume | Part 1 Q. 1 to 10 | SOF IMO 2025-26 |

Johnson Counter | 3-Bit Johnson counter | Twisted ring counter | truth table | Timing diagram

class 7 IMO 2025-26 | chapter 2 : Fractions and Decimals | SOF IMO | Class 7 fractions & Decimals

class 7 IMO 2025-26 | Chapter 11: Exponents and Powers maths Olympiad for class 7 | SOF-IMO

1:8 demux using 1:2 demux | implement 1x 8 demultiplexer using 1x 2 demultiplexer

Class 7 IMO | 2025-26 | Chapter 8 : Rational Numbers | Maths Olympiad for class 7 2025-26 | SOF IMO

class 7 IMO sample paper 2025-26 | maths Olympiad for class 7 | SOF-IMO | 2025-26

Class 7 IMO | 2025-26 | Chapter 4 : Simple Equations | Maths Olympiad for class 7 2025-26 | SOF IMO

Class 7 IMO | 2025-26 | Chapter 1: Integers| Maths Olympiad for class 7 2025-26 | SOF IMO

Class 7 IMO | 2025-26 | Chapter 7: Comparing Quantities | Maths olympiad for class 7 2025-26 | SOF