Joshua Kamanda's blog

 Calculating Tiles for a Rectangular Shape 1. Flow Chart (visual steps) 1. *Start* 2. Input *length* and *width* of rectangle. 3. Input *tile_length* and *tile_width*. 4. Calculate area of rectangle: `area = length * width`. 5. Calculate area of one tile: `tile_area = tile_length * tile_width`. 6. Calculate number of tiles: `tiles = area / tile_area`. 7. Output *tiles* needed. 8. *End*. 2. Pseudocode BEGIN   INPUT length, width  // rectangle dimensions   INPUT tile_length, tile_width  // tile dimensions   area ← length * width   tile_area ← tile_length * tile_width   tiles ← area / tile_area   OUTPUT tiles END 3. Code (Python example) def calculate_tiles(length, width, tile_length, tile_width):     # Calculate areas     area = length * width     tile_area = tile_length * tile_width          # Calculate number of tiles (round up if partial tiles needed)     tiles = area / tile_ar...

                         Assignment  NAME: JOSHUA KAMANDA  MODULE: COMPUTER PROGRAMMING  LECTURER: MR. FOUARD KANU DEPARTMENT: INFORMATION TECHNOLOGY, IT LEVEL: YEAR ONE                                                                               Assignment (1) Here is a clear and structured overview of the major milestones in computing and programming languages  Milestones in Computing and Programming Languages 1. Introduction Computing and programming languages have evolved significantly over time. This evolution has transformed computers from simple calculating machines into powerful systems capable of solving complex problems. The milestones in computing represent key developments in hardware, software...