Giridhar Metikal

Practice: 

Factorial, Small factorials, Enormous Input Test, ATM, Life, the Universe, and Everything, Na2a and lucky stone, Cops and the Thief Devu

July Challenge 2015: 

Chef and Cube

August Challenge 2015: 

Gravity Guy

July Cook-Off 2015: 

Cops and the Thief Devu

August Cook-Off 2015: 

Chef and the Wildcard Matching

July Lunchtime 2015: 

Puppy and game

Procon 2015: 

Little Red Riding Hood and Candy Factory

Code Fusion - I: 

Republic Day

August Long Challenge 2017: 

Chef and Rainbow Array

March Lunchtime 2017: 

Bear and Ladder

September Lunchtime 2017: 

Chef and Cook-Off Contests

Logic Building in Python: 

Data Types, How to accept inputs, How to accept integer inputs, How to accept multiple inputs in a line, How to accept multiple integers on separate lines, How to accept string inputs, How to print output, Input mirror, What are test cases, What are test cases, Test cases with multiple lines of input, Test cases with multiple types of input, How to use custom inputs, Difference between Run and Submit, Number mirror - Negative integer, String mirror - Double strings, Debug this code - Why is this code incorrect, Debug this code - Why is this code incorrect, Basic math - Addition and multiplication, Practice problem - Tuition fees, Practice problem - Fitness, Debug this code - Total prize money, Subtraction and division of numbers, Division with integer and decimal output, Practice problem - Squats, Debug this code - Determine the Score, Debug this code - Population, Some useful math functions, Abs() - Absolute function, Modulo function, Practice problem - Absolute function, Practice problem - Modulo function, Module on basic conditional statements, Review syntax usage, Comparison operators, Practice problem - Age Limit, Practice problem - Tax in Chefland, Logical operators & conditional statements, Logical operators, Debug this code - Advance, Debug this code - Football Cup, Debug this code - Pass the Exam, Problem (Make Avg) - Generate examples, Problem (Make Avg) - Solve sub-components, Problem (Make Avg) - Solve sub-components, Problem (Make Avg) - Solve the complete problem, Problem(Farm animals) - Generate examples, Problem(Farm animals) - Solve sub-components, Problem(Farm animals) - Solve the complete problem, Problem 3 (High Accuracy) - Generate examples, Problem 3 (High Accuracy) - Solve sub-components, Problem(High Accuracy)- Solve the complete problem, Problem (MOVIE2X) - Generate examples, Problem (MOVIE2X) - Solve the complete problem, Problem (Flip cards) - Generate examples, Problem (Flip cards) - Solve sub-components, Problem (Flip cards) - Solve the complete problem

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