100+ Free MATSEC AM Computing Practice Questions

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2026 Statistics

Key Facts: MATSEC AM Computing Exam

AM 07

Official MATSEC Advanced subject code

MATSEC 2026 syllabi catalogue

A–E / F

Subject grade scale (A highest pass; F fail)

Matriculation Examination Regulations 2025

30 / 24 / 18 / 12 / 6

AM grade points for grades A / B / C / D / E

Matriculation Examination Regulations 2025

Minimum total grade points for Matriculation Certificate (with required subject mix)

Matriculation Examination Regulations 2025

EUR 45

Revision of Paper fee at AM level (from 2026 sessions fee schedule)

MATSEC Examination Fees document

EUR 35

Late registration fee per subject (from 2026 sessions fee schedule)

MATSEC Examination Fees document

100

Free practice MCQs on this page (study adaptation)

OpenExamPrep

MATSEC Advanced Matriculation Computing (AM 07) is a University of Malta MATSEC subject assessed under the 2026 syllabus (Two written papers of 3 hours + practical programming Paper III sessions). Results use grades A–E (pass) or F; AM grade points contribute to the Matriculation Certificate (minimum 44 points). The 100 questions on this page are an English-language MCQ study adaptation, not an official MATSEC format simulation.

Sample MATSEC AM Computing Practice Questions

Try these sample questions to test your MATSEC AM Computing 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 value of the binary number 10110101?

A.213

B.181

C.173

D.185

Explanation: 10110101₂ = 128+0+32+16+0+4+0+1 = 181₁₀. Sum the place values of bits that are 1, working from the MSB (2⁷) down to 2⁰.

2Convert the hexadecimal value 3F to binary.

A.1111 0011

B.0011 1111

C.0011 1100

D.0111 1110

Explanation: Each hex digit maps to 4 bits: 3 → 0011 and F → 1111, so 3F₁₆ = 0011 1111₂. Hex is a compact shorthand for binary nibble groups.

3In 8-bit two's complement, what is the range of representable integers?

A.0 to 255

B.−127 to +127

C.−255 to +255

D.−128 to +127

Explanation: With n bits, two's complement ranges from −2ⁿ⁻¹ to 2ⁿ⁻¹ − 1. For 8 bits that is −128 to +127. The MSB is the sign bit; the most negative value is 10000000.

4How is the decimal value −6 represented in 8-bit two's complement?

A.11111010

B.10000110

C.00000110

D.11111001

Explanation: Start with +6 = 00000110. Invert bits → 11111001, add 1 → 11111010. That is −6 in 8-bit two's complement.

5What is 8421 BCD encoding for the decimal number 47?

A.01000111 as pure binary for forty-seven only

B.0010 1111

C.0100 1000

D.0100 0111

Explanation: 8421 BCD encodes each decimal digit as a 4-bit nibble with weights 8-4-2-1. Digit 4 → 0100 and digit 7 → 0111, so 47 is 0100 0111.

6Which statement correctly contrasts fixed-point and floating-point binary representation (2's complement, syllabus limits)?

A.Fixed-point always uses a separate sign bit that is never two's complement

B.Fixed-point always has a larger dynamic range than floating-point for the same bit budget

C.Floating-point stores a mantissa and exponent; fixed-point keeps the radix point in a fixed position

D.Floating-point cannot represent fractional values

Explanation: Fixed-point places the binary point at a fixed bit position. Floating-point uses a mantissa (significand) and exponent so the point 'floats', trading some precision for a wider range. Syllabus floating-point uses 2's complement and limited bit widths (e.g. ≤8-bit mantissa, ≤4-bit exponent).

7A positive floating-point value is being normalised. Which form is preferred for the mantissa?

A.Exponent is forced to zero and mantissa is left unchanged

B.Mantissa becomes all zeros with exponent maximised

C.Only the sign bit of the mantissa is flipped

D.Mantissa starts with 0.1… (leading 1 after the point) with the exponent adjusted accordingly

Explanation: Normalisation of a positive floating-point number shifts the mantissa so it begins 0.1… (maximum precision in the significand) and adjusts the exponent to keep the value unchanged. Negative mantissas are normalised according to two's complement rules given in the syllabus.

8Why is UNICODE preferred over ASCII for modern multilingual text?

A.UNICODE always uses exactly 7 bits per character

B.UNICODE can encode a far larger set of characters from many scripts

C.ASCII already includes all world languages as 8-bit codes

D.UNICODE is only used for EBCDIC mainframes

Explanation: ASCII is a small character set (historically 7-bit). UNICODE assigns code points for characters across many writing systems and symbols, so global text can be represented consistently.

9How many bytes are in 2 KiB if 1 KiB = 1024 bytes?

A.1024

B.2000

C.2048

D.4096

Explanation: 2 × 1024 = 2048 bytes. Binary prefixes used in computing double each step (KB/MB as powers of 1024 in syllabus storage ladder context).

10What is the output of a 2-input XOR gate when both inputs are 1?

A.1

B.Undefined

C.0

D.Same as AND

Explanation: XOR outputs 1 only when the inputs differ. For inputs 1 and 1, output is 0. Truth table: 00→0, 01→1, 10→1, 11→0.

About the MATSEC AM Computing Exam

Malta Advanced Matriculation (AM) Computing — AM 07 (2026) is administered by the MATSEC Examinations Board (University of Malta). Advanced Matriculation subjects form part of the Matriculation Certificate pathway (two Advanced Level subjects, three Intermediate Level subjects and Systems of Knowledge, with group restrictions and a minimum of 44 grade points; AM grade points A=30, B=24, C=18, D=12, E=6). Assessment for AM 07 follows the official 2026 syllabus scheme: Paper I 3 hours (40% of total): twenty short compulsory questions (5 marks each, 100 marks). Paper II 3 hours (30%): eight long questions; candidates answer a syllabus-specified selection. Paper III practical programming tasks (30% of total marks path; candidates need overall pass criteria and at least 40% on Paper III to qualify for grades A–C). Programming language for the syllabus is Java. Available in September. This practice bank is an English-language MCQ study adaptation of syllabus knowledge and judgment, not an official paper simulation or substitute for required oral, practical, performance, coursework or project work.

Assessment

Paper I 3 hours (40% of total): twenty short compulsory questions (5 marks each, 100 marks). Paper II 3 hours (30%): eight long questions; candidates answer a syllabus-specified selection. Paper III practical programming tasks (30% of total marks path; candidates need overall pass criteria and at least 40% on Paper III to qualify for grades A–C). Programming language for the syllabus is Java. Available in September.

Time Limit

Two written papers of 3 hours + practical programming Paper III sessions

Passing Score

Subject results are graded A, B, C, D, E (pass, A highest) or F (fail). For the Matriculation Certificate, Advanced Level grade points are: A=30, B=24, C=18, D=12, E=6. The Certificate requires among other criteria a minimum total of 44 grade points from the required subject combination within five years (Matriculation Examination Regulations 2025).

Exam Fee

The MATSEC Examination Fees schedule applicable from the 2026 sessions publishes no base registration fee per subject; only additional charges are listed — late registration EUR 35 per subject, very late registration EUR 70 per subject, Revision of Paper at Advanced Matriculation (AM) level EUR 45, and change in school EUR 35. Examination fees are not refundable. (MATSEC Examinations Board, University of Malta)

MATSEC AM Computing Exam Content Outline

Core

Computer systems architecture and hardware

Core

Data representation and Boolean logic

Core

Operating systems and networks

Core

Algorithms and data structures

Core

Java programming and OOP

Core

Databases and SQL concepts

Core

Software development and testing

Paper III

Practical programming tasks

How to Pass the MATSEC AM Computing Exam

What You Need to Know

Passing score: Subject results are graded A, B, C, D, E (pass, A highest) or F (fail). For the Matriculation Certificate, Advanced Level grade points are: A=30, B=24, C=18, D=12, E=6. The Certificate requires among other criteria a minimum total of 44 grade points from the required subject combination within five years (Matriculation Examination Regulations 2025).
Assessment: Paper I 3 hours (40% of total): twenty short compulsory questions (5 marks each, 100 marks). Paper II 3 hours (30%): eight long questions; candidates answer a syllabus-specified selection. Paper III practical programming tasks (30% of total marks path; candidates need overall pass criteria and at least 40% on Paper III to qualify for grades A–C). Programming language for the syllabus is Java. Available in September.
Time limit: Two written papers of 3 hours + practical programming Paper III sessions
Exam fee: The MATSEC Examination Fees schedule applicable from the 2026 sessions publishes no base registration fee per subject; only additional charges are listed — late registration EUR 35 per subject, very late registration EUR 70 per subject, Revision of Paper at Advanced Matriculation (AM) level EUR 45, and change in school EUR 35. Examination fees are not refundable.

Keys to Passing

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Focus on highest-weighted sections
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MATSEC AM Computing Study Tips from Top Performers

1Work from the official AM 07 2026 syllabus learning outcomes and scheme of assessment on um.edu.mt/matsec — examiners mark to those criteria.

2Practise timed written-paper style answers and any required oral, practical, performance or project work; MCQs alone cannot replace those components.

3Note Matriculation Certificate combination rules (groups, prohibited pairings such as Computing with Information Technology, Systems of Knowledge, 44-point minimum) in the Matriculation Examination Regulations 2025.

4Use MATSEC past papers and marking schemes for personal study only; commercial reproduction requires MATSEC permission.

5Register within published First Session and September Second Session windows; late and very late fees apply per the 2026 fee schedule. Revision of Paper at AM level is EUR 45.

Frequently Asked Questions

What is MATSEC Advanced Matriculation Computing?

Malta Advanced Matriculation (AM) Computing — AM 07 (2026) is an Advanced Matriculation subject administered by the MATSEC Examinations Board at the University of Malta under the official 2026 syllabus (AM 07). Advanced subjects contribute grade points toward the Matriculation Certificate (A=30, B=24, C=18, D=12, E=6).

How is MATSEC AM Computing assessed?

How much does MATSEC AM registration cost?

What grades and points apply at Advanced Level?

Are these official MATSEC examination questions?

No. Official MATSEC AM Computing uses the written/oral/practical/coursework components set in the AM 07 syllabus—not a fixed multiple-choice paper. This bank is an original English-language MCQ study adaptation for syllabus knowledge practice only.

100+ Free MATSEC AM Computing Practice Questions

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Key Facts: MATSEC AM Computing Exam

Sample MATSEC AM Computing Practice Questions

About the MATSEC AM Computing Exam

MATSEC AM Computing Exam Content Outline

How to Pass the MATSEC AM Computing Exam

What You Need to Know

Keys to Passing

MATSEC AM Computing Study Tips from Top Performers

Frequently Asked Questions