Let's Coding

Sequential Logic Circuits: (10 Marks)  Concept of Asynchronous and Synchronous Circuits  Positive and Negative Edge Triggers  Concept of Latch and Flip Flops  SR Flip Flops using NAND and NOR gates  D, JK, T and Master-Slave Flip Flops  Serial and Parallel Registers :  SISO, SIPO, PIPO, PISO  Concept of Asynchronous and Synchronous Counters  Block diagram and working of Asynchronous Counter (Up / Down Ripple Counter)  Block diagram and working of Decade Counter Block diagram and working of Synchronous Counterfd , ,  Block diagram and working of Ring Counter  Block diagram and working of Johnson Counter Programming in C and Data Structures: (20 Marks)  Pointers in C- Definition, Pointers and Arrays, Array of Pointers, Pointer to an Array, Pointer and  Strings, Pointer and 2D array, Pointer and Structures, Pointers and Functions, Dynamic Memory Allocation  Command Line Arguments  I/O File Handling in C (Text Files and Binary Files)  Conc

We know that a good man is someone who begins from the beginning. First step to learn is always very hard/difficult. Python was developed by Guido Von Rossum in 1992. Download the free Python: Anaconda for Individual from the Python.org Installation Just double click on the downloaded file from Download folder in windows Opening Python >>> this is the prompt to write console programming Write the code : >>>print("Hello World") Hello World

Bankura Banga Vidyalay Online Class Details  Class  Sub  Topic  Name of The Teacher  Date/Time  12  COMA/COMS  Internet Basic-01  Biswajit Bhunia  30.05.20, 07am  12  Bengali    Sanjay Chattopadhyay  31.05.20, 09am  12  English    Uttam Mandal  31.05.20, 10am  12  Bengali-Repeat    Sanjay Chattopadhyay  01.06.20, 09am  12  English-Repeat    Uttam Mandal  01.06.20, 10am  12  Bengali    Samita Pal    12  Bengali-Repeat    Samita Pal    12  English    Biswadeep Basu    12  Philosophy    Manimala Banerjee    10  English    Uttam Mandal    12 COMA/COMS Internet Basic-02  Biswajit Bhunia  12.06.20,7am

Classes of IP address

Full Adder : It is a combinational logic circuit that can be used to add two binary numbers containing two or more bits. To implement a Full Adder we can do the following steps- 1. Making Truth Table 2. Boolean Expression 3. Logic Diagram 4. Full Adder using Two Half Adders 5. Block Diagram of Full Adder. You will get all answers of Full Adder: Please See , Share , Like and Subscribe My Channel to promote me. Thank you. Please see with pen and paper. Know About Full Adder Click the above link