PYTHON. Wise Head Junior.: Beginners Guide To Programming. Coding For Kids. Learn With Fun. Learn Logic Building Skills. Computational Thinking. K-12. Beginner’s Algorithmic Thinking

​ “ Everybody in this country should learn to program
​ a computer... because it teaches you
​ how to think. ”
​ Preface
​ PART 1
​ OF
​ PROGRAMMING LOGIC
​ Introduction
	​ The Right Attitude
	​ The Clarity Principles
	​ Any pre-requisite?
	​ About the book
	​ How to make the best use of this book.?
​ Python Project
​ First Python Program
	​ Welcome.py
	​ Console Output
		​ MultiplePrintMethod.py
		​ DefaultPrint.py
		​ PrintInSameLine.py
		​ PrintInSameLine1.py
		​ PrintInSameLine2.py
	​ Storing different data types
		​ Variable assignment
			​ VariableInfo.py
		​ Input From Keyboard
			​ PersonDetails.py
		​ Operators
			​ Arithmetic Operators
			​ ArithmeticOperations.py
			​ Comparison Operators
			​ ComparisonOperators.py
			​ Logical Operators
	​ Decision Making
		​ a) if-statement
			​ StatementIf.py
			​ StatementIf1.py
		​ b) if-else statement
			​ StatementIfElse.py
			​ StatementIfElse.py
		​ c) if-elif-else statement
			​ StatementIfElseIf.py
			​ StatementIfElseIf.py
			​ StatementIfElseIf.py
			​ LadderIfElseToSwitchCase.py
​ About for-loop
	​ SequenceWithoutForLoop.py
	​ SequenceWithForLoop.py
	​ ForLoopWithRangeTwoInputs.py
	​ ForLoopWithRangeOneInput.py
	​ ForLoopDecrement.py
	​ For-loop with break and continue keywords
		​ ForLoopContinueNext.py
	​ Nested for-loop/Inner for-loop
		​ NestedForLoop.py
	​ Nested Loop: Beginner Programmer’s Best Friend
		​ Why are nested loops such an important deal?
		​ ForLoopEveryRowAllColumns.py
		​ ForLoopEveryRowAllColumnsHorizontally.py
		​ ForLoopCoordinateRepresentation.py
		​ RowColumnStars.py
		​ JustLoopIt: Write a separate program for each of the given outputs.
	​ Art of Applying Logical Conditions
		​ Convert Logical Conditions to Simple Picture
		​ Convert Simple Picture to Logical Conditions
		​ VerifyAlphabetA.py
		​ VerifyAlphabetB.py
		​ VerifyAlphabetC.py
		​ VerifyAlphabetD.py
		​ VerifyAlphabetE.py
		​ VerifyAlphabetF.py
		​ VerifyAlphabetG.py
		​ VerifyAlphabetK.py
		​ VerifyAlphabetM.py
		​ Learning by experiments and guesswork
	​ Logic trace table: Brain behind programming logic
​ PART 2
​ PROGRAMMING
​ IN
	​ Cursor Movement
	​ Pattern 1A
		​ Analysis of output
		​ Pattern1A1If.py
		​ PatternA1NestedLoop.py
		​ Pattern1A_1.py
		​ Pattern1A_1.py
	​ Pattern1B
		​ Analysis of output
		​ PatternB1If.py
		​ PatternB1NestedLoop.py
		​ Approach to solution
		​ PatternB1.py
		​ Alternative solution2
		​ PatternB2.py
		​ Alternative solution3
		​ PatternB3.py
	​ Pattern 1C
		​ Analysis of output
		​ Approach to solution
		​ PatternC1.py
		​ Alternative solution2
		​ PatternC2.py
		​ Alternative solution3
		​ PatternC3.py
	​ Pattern1D
		​ Analysis of output
		​ PatternD1.py
	​ Pattern1E
		​ PatternE1.py
		​ Alternative solution2
		​ PatternE2.py
	​ Pattern 1F
		​ PatternF1.py
		​ Alternative solution2
	​ Pattern 1G
		​ Approach to solution
		​ PatternG1.py
		​ PatternG2.py
		​ Alternative solution2
		​ PatternG3.py
	​ Pattern1H
		​ Approach to solution1
		​ PatternH1.py
		​ PatternH1_2.py
		​ Alternative solution2
		​ PatternH2_1.py
		​ PatternH2_2.py
		​ Alternative solution3
		​ PatternH3.py
	​ PatternAA
	​ PatternCC
	​ PatternII
	​ NumberPattern 1A
		​ Analysis of output
		​ NumberPattern1A.py
	​ NumberPattern 1B
		​ Analysis of output
		​ Observations
		​ NumberPattern1B.py
		​ Alternative solution
		​ NumberPattern1B_2.py
	​ NumberPattern 1C
		​ Analysis of output
		​ NumberPattern1C_1.py
		​ NumberPattern1C_2.py
		​ NumberPattern1C_3.py
		​ NumberPattern2C.py
	​ NumberPattern 1D
		​ Analysis of output
		​ Observations
		​ NumberPattern1D.py
		​ Alternative solution
		​ NumberPattern2D.py
		​ Alternative solution
		​ NumberPattern3D.py
	​ NumberPattern 1E
		​ Analysis of output
		​ NumberPattern1E.py
	​ NumberPattern 1F
		​ Analysis of output
		​ NumberPattern1F.py
	​ NumberPattern AA
		​ Analysis of output
		​ Observations
		​ NumberPatternAA.py
	​ NumberPattern BB
		​ Analysis of output
		​ Observations
		​ NumberPatternBB.py
		​ Alternative solution
		​ NumberPatternBB2.py
	​ NumberPattern CC
		​ Analysis of output
		​ NumberPatternCC1.py
		​ NumberPatternCC2.py
		​ NumberPatternCC3.py
	​ NumberPattern DD
		​ Analysis of output
		​ NumberPatternDD1.py
		​ NumberPatternDD2.py
		​ NumberPatternDD3.py
	​ NumberPattern EE
		​ Analysis of output
		​ NumberPatternEE.py
	​ NumberPattern FF
		​ Analysis of output
		​ Alternate solution
		​ NumberPatternFF.py
		​ If-else Shortcut
		​ When to apply if-else shortcut
			​ NumberPatternFF2.py
	​ NumberPattern GG
	​ Writing our own functions
	​ NumberPattern HH
		​ Analysis of output
	​ NumberPattern AAA
		​ Analysis of output.
		​ Observations
		​ NumberPatternAAA.py
	​ NumberPattern BBB
		​ Observations
		​ NumberPatternBBB1.py
		​ Alternative solution
		​ NumberPatternBBB2.py
	​ NumberPattern CCC
		​ Analysis of output
		​ NumberPatternCCC1.py
		​ Alternative solution
	​ NumberPattern DDD
		​ Analysis of output
		​ Observations
	​ NumberPatternEEE
		​ Analysis of output
	​ String concatenation
	​ Substrings or Slicing
	​ Patterns by Single Looping
	​ Accessing each string’s character
​ Appendix-A: Installation of Python and project set-up
​ References:
​ Acknowledgments