CP (AC) 2024
Computer Programming exam (MDM 101) from the 2024 Level-1 Term-II finals, containing two full papers, set by BUTEX for affiliated colleges. Topics include C language features, translators and compilers, loops, control statements, and flowchart symbols.
CP (AC) 2023
Two Computer Programming papers (MDM 101) from BUTEX affiliated colleges' 2023 Level-1 Term-I finals. Questions cover algorithms versus flowcharts, C functions and header files, switch statements, nested loops, and programs for odd-even checks.
CP (AC) 2022
Computer Programming exam (MDM 101), two complete sets, from BUTEX affiliated colleges' 2022 Level-1 Term-I finals. Includes data types, variable declarations, compiler-interpreter differences, loop comparisons, and program output error identification.
CP (AC) 2021
Computer Programming paper (MDM 101) from BUTEX affiliated colleges' 2021 Level-1 Term-I finals. Questions address machine versus high-level languages, keywords and identifiers, operator types, while loop conversions, harmonic series programming, and storage classes.
CP (AC) 2020
Computer Programming exam (MDM 101) from the 2020 Level-1 Term-I finals at BUTEX affiliated colleges. Covers C program structure, flowchart symbols, ternary operators, digit reversal programs, increment operators, and recursive text reversal.
CP (AC) 2019
Computer Programming question paper (MDM 101) from BUTEX affiliated colleges' 2019 Level-1 Term-I finals. Questions include computer system functions, compiler requirements, variable name validity, Fahrenheit-Celsius conversion programs, and software development phases.
CP (AC) 2018
Computer Programming exam (MDM 101) from BUTEX affiliated colleges' 2018 Level-1 Term-I finals. Covers C structure with odd-even flowcharts, unions and enumerations, call by value and reference, arrays, pointers, and structure variables.
CP (AC) 2017
Two Computer Fundamentals papers (AE 185) from BUTEX affiliated colleges' 2017 Level-1 Term-I finals, worth 105 marks. Questions cover number system conversions, De Morgan's theorems, universal gates with half-adder circuits, network topologies, and operating systems.