Challenge No. 178: Find the prime Factors of numbers in the question table.
Solved using:Excel (IF, LAMBDA, LET), Google Sheets, Power Query (List.Transform), Python, Python in Excel, R, and VBA.
Advanced Mathematics Problem
Solving complex mathematical problems using advanced techniques.
Eight Knights Puzzle!
Challenge No. 160: The problem aims to place 8 knights (hours) on a chess board in such a way that each row/column is occupied by a single knight and no knight removes the other one from the chess board.
Solved using:Excel, Power Query, Python, Python in Excel, and R.
Eight Queens Puzzle!
Challenge No. 150: Theeight-queenss puzzle is the problem of placing eight chess queens on an 8×8 chessboard so that no two queens threaten each other; thus, a solution requires that no two queens share the same row, column, or diagonal.
Solved using:Excel (DROP, IF, LAMBDA), Google Sheets, Power Query (List.Combine, List.Transform), and Python in Excel.
Length Of Pattern!
Challenge No. 145: Find the largest length of occurrences of the “++-” pattern across the test IDs for each product.
Solved using:Excel (CONCAT, GROUPBY, LAMBDA), Google Sheets, Power Query (List.Transform, Text.Combine, Table.AddColumn), Python, Python in Excel, and R.
Identify The Pattern !
Challenge No. 135: Find the number of occurrences of the “+-+” pattern across the test IDs for each product.
Solved using:Excel (BYROW, CONCAT, DROP), Google Sheets, Power Query (List.Range, Text.Combine, Table.AddColumn), Python, Python in Excel, and R.
Cartesian Product!
Challenge No. 128: Write all the 3 character words by using “A”,”B”,C”, AND “D”.
Solved using:Excel (LAMBDA, LET, REDUCE), Google Sheets, Power Query (List.Transform, List.TransformMany), Python, Python in Excel, and R.
Power!
Challenge No. 121: Create the given table for the continuous values of power and bases.
Solved using:Excel (LAMBDA, MAKEARRAY, ROW), Office Script, Power Query (List.Transform), and Python in Excel.
Simuilation!
Challenge No. 104: Monte Carlo simulation is a technique used to predict the outcome of decisions by simulating a process multiple times.
Solved using:Excel, Power Query, Python, Python in Excel, and R.
Normal Distribution!
Challenge No. 84: Normal distribution was a kind of nightmare in university for me, but now let’s solve it using Excel.
Solved using:Excel (HSTACK, IF, INDEX), Power Query (Table.AddColumn), Python, Python in Excel, R, and VBA.
Convex Hulls (Gift Wrapping Algorithm)!
Challenge No. 80: The Convex Hull Algorithm leads to the smallest convex area (Polygon) that includes all the points in the dataset.
Solved using:Excel, Python, and R.