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100+ Free VWO Informatica Practice Questions

Netherlands VWO Informatica — Schoolexamen practice questions are available now; exam metadata is being verified.

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2026 Statistics

Key Facts: VWO Informatica Exam

Schoolexamen (SE)

Assessment Mode

CvTE / Examenblad.nl

100

Practice Questions

OpenExamPrep Adaptation

5.5 / 10

Standard Passing Grade

Dutch Secondary Education Standard

7 Domains

Curriculum Scope (A–G)

SLO Curriculum Standards

150–220 hrs

Estimated Course Workload

VWO Upper Secondary PTA Guidelines

No Fee

Regular Secondary School Candidate Fee

Dutch Public Secondary Schooling

2026

Curriculum Cohort Year

Examenblad.nl 2026 Catalogue

Medium–Hard

Relative Exam Difficulty

VWO Academic Level Standard

Official VWO Informatica is a school-based SE subject. These 100 English MCQs cover key computer science principles and pre-university informatics concepts.

Sample VWO Informatica Practice Questions

Try these sample questions to test your VWO Informatica exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1What is the decimal equivalent of the 8-bit unsigned binary number 10110100?
A.180
B.164
C.148
D.196
Explanation: 10110100 in binary equals 128 + 0 + 32 + 16 + 0 + 4 + 0 + 0 = 180.
2What is the result of performing a bitwise AND operation between binary 11011010 and 10110101?
A.10010000
B.11111111
C.01101111
D.10010001
Explanation: Matching bits with bitwise AND: 11011010 AND 10110101 = 10010000 (bits 7 and 4 are both 1, others have at least one 0).
3Using 8-bit two's complement representation, what decimal value does the binary string 11111100 represent?
A.-4
B.-252
C.-8
D.252
Explanation: Since the sign bit is 1, invert the bits (00000011) and add 1 to get 00000100 (decimal 4). Thus, 11111100 represents -4.
4What is the worst-case time complexity of Binary Search on a sorted array of length n?
A.O(log n)
B.O(n)
C.O(n log n)
D.O(1)
Explanation: Binary Search divides the remaining search interval in half with each comparison, yielding a worst-case time complexity of O(log n).
5Trace the following algorithm: `x = 10; y = 3; while (x > y) { x = x - 2; y = y + 1; }`. What is the value of x when the loop terminates?
A.4
B.5
C.6
D.3
Explanation: Iteration 1: x=8, y=4 (8 > 4). Iteration 2: x=6, y=5 (6 > 5). Iteration 3: x=4, y=6. Condition 4 > 6 is false, loop ends with x = 4.
6Which data structure operates on a Last-In, First-Out (LIFO) principle?
A.Stack
B.Queue
C.Array
D.Linked List
Explanation: A Stack pushes and pops elements from the top, making the last inserted element the first one to be removed (LIFO).
7What is the worst-case time complexity of Quick Sort when selecting the first element as the pivot on an already sorted array?
A.O(n^2)
B.O(n log n)
C.O(n)
D.O(log n)
Explanation: When the array is already sorted and the first element is selected as pivot, Quick Sort degrades to O(n^2) because each partition splits the array into 0 and n-1 elements.
8Consider the logic expression `P OR (NOT Q AND P)`. According to Boolean algebra laws, what is this simplified to?
A.P
B.Q
C.NOT Q
D.P AND Q
Explanation: By the Absorption Law in Boolean algebra, A OR (A AND B) = A. Here, P OR (P AND NOT Q) simplifies directly to P.
9What is the hexadecimal representation of the binary number 1101111010101101?
A.DEAD
B.DEAF
C.BEAD
D.CEAD
Explanation: Group binary digits in 4-bit nibbles: 1101 = D (13), 1110 = E (14), 1010 = A (10), 1101 = D (13). The hex code is DEAD.
10Trace the recursive function `fun(n)`: `if (n <= 1) return 1; else return n + fun(n - 2);`. What does `fun(6)` return?
A.13
B.12
C.15
D.16
Explanation: fun(6) = 6 + fun(4). fun(4) = 4 + fun(2). fun(2) = 2 + fun(0). fun(0) = 1 (base case n<=1). So fun(2)=3, fun(4)=7, fun(6)=13.

About the VWO Informatica Practice Questions

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