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Free Practice Questions for PAU Graphic-Plastic Expression Techniques (Madrid)

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Key Facts: PAU Graphic-Plastic Expression Techniques (Madrid) Exam

Exam Administrator: PAU Organising Commission of the Community of Madrid / Universidad Complutense de Madrid (UCM).

Total Exam Time: 90 minutes.

Weightings: Drawing Media (25%), Pictorial Techniques (25%), Printmaking (20%), Mixed Media & Digital (15%), Conservation (15%).

Grading System: 0–10 point scale (minimum 4.0 required to average with Bachillerato GPA).

Curriculum Basis: 2º Bachillerato Art Modality syllabus under LOMLOE educational framework.

Master the 2026 Madrid PAU Graphic-Plastic Expression Techniques exam with 100 practice questions covering drawing media, painting chemistry, printmaking, digital tools, and conservation.

Sample PAU Graphic-Plastic Expression Techniques (Madrid) Practice Questions

Try these sample questions to review concepts for the PAU Graphic-Plastic Expression Techniques (Madrid) exam. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1On the standard pencil hardness scale, what component ratio determines whether a graphite lead is classified as 'H' (hard) or 'B' (soft)?
A.A higher proportion of clay binder yields a harder lead (H), while more graphite yields a softer lead (B)
B.A higher proportion of wax yields a harder lead (H), while vegetable oil yields a softer lead (B)
C.A higher proportion of carbon black yields a harder lead (H), while kaolin clay yields a softer lead (B)
D.A higher proportion of gum arabic yields a harder lead (H), while shellac yields a softer lead (B)
Explanation: Graphite pencil leads are manufactured from a kiln-fired mixture of graphite and refined clay. Increasing the clay ratio produces a harder, lighter line (H grades), whereas increasing the graphite ratio produces a softer, darker line (B grades).
2How does vine charcoal differ structurally and functionally from compressed charcoal in fine art drawing?
A.Vine charcoal contains linseed oil, making it indelible, whereas compressed charcoal is unbinder charcoal
B.Vine charcoal is burnt willow or linden twigs without binders, making it easy to erase, whereas compressed charcoal includes gum binder for darker, permanent marks
C.Vine charcoal is pulverized graphite pressed into sticks, while compressed charcoal is raw wood ash
D.Vine charcoal is water-soluble, while compressed charcoal is completely hydrophobic and insoluble
Explanation: Vine charcoal (carboncillo de sauce) is created by baking raw willow or lime twigs in airtight kilns without adding binders, producing soft, easily dustable marks. Compressed charcoal combines charcoal powder with gum or clay binders, yielding intense black, harder-to-erase strokes.
3Which specialized ground preparation is strictly required to draw with a silverpoint stylus on paper or parchment?
A.An oil-based dammar varnish ground that melts under friction
B.A heavy shellac sealant that acts as a resist
C.A slightly abrasive, slightly toothy ground containing calcined bone dust or zinc white mixed with hide glue
D.A high-gloss glossy synthetic polymer emulsion
Explanation: Silverpoint requires a slightly abrasive ground (traditionally bone ash or zinc white/chalk bound with animal skin glue, known as carta tinta). The tiny metal particles break off from the silver stylus onto the abrasive ground to create fine grey lines.
4What are the primary traditional ingredients of authentic Conté crayons (lápices Conté)?
A.Natural iron oxide pigments, kaolin clay, and small amounts of wax or binder
B.Synthetic acrylic resins and aniline dyes
C.Pulverized glass, gum tragacanth, and glycerine
D.Pure beeswax, turpentine, and carbon lampblack
Explanation: Invented by Nicolas-Jacques Conté in 1795, Conté crayons consist of natural earth pigments (iron oxides like sanguine, sepia, umbrella), kaolin clay, and a binder (wax/grease), providing rich square-stick strokes harder than pastels but softer than graphite.
5What component in traditional liquid Indian Ink (tinta china) provides water resistance once dried?
A.Gelatin sizing agent
B.Arabic gum humectant
C.Linseed drying oil
D.Shellac (lac resin dissolved in borax or ammonia)
Explanation: Waterproof Indian Ink combines fine carbon black (lampblack) with shellac in an alkaline solution. Once dry, the shellac forms an insoluble resin film, preventing the ink from bleeding when wet washes are applied over it.
6In fine art paper classification, what does 'tooth' refer to, and how does hot-pressed paper differ from rough paper?
A.Tooth refers to chemical alkalinity; hot-pressed paper is acidic while rough paper is basic
B.Tooth refers to the surface grain micro-texture; hot-pressed paper is smooth with minimal tooth, while rough paper has prominent surface valleys
C.Tooth refers to tensile tearing strength; hot-pressed paper is tear-resistant while rough paper tears easily
D.Tooth refers to paper thickness measured in millimeters; hot-pressed paper is 3mm thick while rough is 1mm
Explanation: 'Tooth' (grano) describes the tactile surface texture of paper. Hot-pressed (satinado) paper is passed through heated metal rollers to create a ultra-smooth surface, whereas rough (rugoso) paper dries naturally on felts, retaining deep textural tooth.
7What is the primary function of internal and surface 'sizing' (encolado) during graphic paper manufacturing?
A.To control paper absorbency and prevent liquid inks or paints from feathering into the cellulose fibers
B.To bleach yellow unbleached wood pulp to a bright white shade
C.To increase paper flexibility so it can fold without creasing
D.To impart a glossy metallic shine to drawing surfaces
Explanation: Sizing agents (traditionally gelatin, starch, or modern alkyl ketene dimer) coat paper fibers to restrict capillary action. Without sizing, paper acts like blotting paper, causing wet inks and washes to spread out and feather out of control.
8Why do artists select a flexible crowquill dip nib over a rigid technical drafting pen when creating expressive ink line drawings?
A.Crowquill nibs produce uniform line widths regardless of hand pressure
B.Crowquill nibs release oil-based inks at a continuous regulated flow rate
C.Hand pressure spreads the flexible tines of the crowquill nib, creating dynamic modulation between thin hairlines and thick swells
D.Crowquill nibs etch directly into paper without needing liquid ink
Explanation: Flexible steel dip nibs (such as crowquill nibs) have split tines that open when downward pressure is applied, widening the ink path to yield calligraphic variation between fine hairlines and broad expressive strokes.
9In wet drawing media, what defines the 'wash drawing' (aguada) technique?
A.Applying diluted monochrome ink or watercolor with a brush to build continuous value tones and atmospheric volume
B.Scraping off dry paint layers with a razor blade to reveal white paper underneath
C.Soaking drawing paper in turpentine before using oil pastels
D.Applying heavy impasto oil paint with a palette knife
Explanation: Wash drawing (aguada) involves diluting water-soluble ink (Indian ink, bistre, or sepia) with varying amounts of water and applying it with soft brushes, constructing broad tonal values, shadows, and volumetric forms.
10How do soft pastels (pasteles suaves) differ fundamentally in composition and solubility from oil pastels (pasteles al óleo)?
A.Soft pastels use egg yolk binder and are soluble in mineral spirits, while oil pastels use water
B.Soft pastels use gum tragacanth/cellulose binder and can be blended with water, while oil pastels use non-drying oils/wax and dissolve in turpentine/spirits
C.Soft pastels contain shellac and cannot be erased, while oil pastels are pure dust
D.Soft pastels are fired in a ceramic kiln, while oil pastels are air-cured polymer resins
Explanation: Soft pastels consist of dry pigment bound with minimal water-soluble gum (gum tragacanth or methylcellulose), creating velvety, dry chalky marks. Oil pastels blend pigment with non-drying mineral oil and wax, producing buttery, non-dusting strokes soluble in organic solvents like turpentine.

About the PAU Graphic-Plastic Expression Techniques (Madrid) Exam

Comprehensive 100-question practice test bank for the Madrid PAU exam in Graphic-Plastic Expression Techniques (Técnicas de Expresión Gráfico-Plástica). Covers dry and wet drawing media, pictorial techniques, printmaking methods, mixed media, digital graphic tools, and technical conservation analysis.

Exam sponsor: PAU Organising Commission of the Community of Madrid / Universidad Complutense de Madrid (UCM). The requirements and fees below concern the certification or admission exam, separate from our free practice resources.

Assessment

The PAU Graphic-Plastic Expression Techniques exam in Madrid (UCM) evaluates candidate mastery of dry and wet graphic media, color chemistry, printmaking processes, mixed media, digital graphic tools, and artwork conservation standards over a 90-minute session.

Time Limit

90 minutes (1.5 hours)

Passing Score

Marked on a 0–10 scale. Minimum 4.0 required in Access Phase to combine with Bachillerato GPA (60% Bachillerato + 40% PAU >= 5.0 to pass).

Exam / Certification Fees

EUR 93.02 base registration fee for compulsory Access Phase in Community of Madrid (or ~11.63 € per optional subject in voluntary phase).

Exam sponsor website

Fees, eligibility, and exam policies can change. Confirm them with the exam sponsor before applying or paying.

Our practice resources: topics covered

We aim to reflect publicly available exam outlines and topic information in our study resources. Coverage, format, and difficulty may differ from the actual exam, and we cannot guarantee that every detail is accurate or current. Confirm exam requirements, fees, and policies with the official exam sponsor.

25%

Dry & Wet Drawing Media

Graphite hardness scale, charcoal types, silverpoint, conté crayons, pastels, Indian ink, pens, paper weight, tooth, sizing, and fixatives.

25%

Pictorial Techniques & Color Mixing

Watercolor, gouache, tempera, acrylics, oil painting chemistry, binders, solvents, fat-over-lean rule, additive/subtractive color systems, and optical color mixing.

20%

Printmaking & Reproduction Methods

Relief printing (woodcut, linocut), intaglio (etching, drypoint, aquatint, engraving), lithography, screen printing, monotype, and edition numbering.

15%

Mixed Media & Digital Graphic Tools

Collage, papier collé, assemblage, frottage, vector vs raster graphics, Bézier curves, CMYK vs RGB color spaces, DPI/PPI, and digital printmaking.

15%

Conservation & Technical Analysis of Graphic Works

Preventive conservation, UV fluorescence, IR reflectography, X-radiography, paper foxing, acid hydrolysis, archival mounting, environmental controls, and restoration ethics.

Preparing for the PAU Graphic-Plastic Expression Techniques (Madrid) Exam

What You Need to Know

  • Passing score: Marked on a 0–10 scale. Minimum 4.0 required in Access Phase to combine with Bachillerato GPA (60% Bachillerato + 40% PAU >= 5.0 to pass).
  • Assessment: The PAU Graphic-Plastic Expression Techniques exam in Madrid (UCM) evaluates candidate mastery of dry and wet graphic media, color chemistry, printmaking processes, mixed media, digital graphic tools, and artwork conservation standards over a 90-minute session.
  • Time limit: 90 minutes (1.5 hours)
  • Exam / certification fees: EUR 93.02 base registration fee for compulsory Access Phase in Community of Madrid (or ~11.63 € per optional subject in voluntary phase). Official sources

Using Our Practice Resources

  • Work through all 100 available questions
  • Review every answer and explanation
  • Track weak areas and revisit them
  • Use our AI tutor for tough concepts

PAU Graphic-Plastic Expression Techniques (Madrid): Suggested Study Strategy

1Understand the chemical and physical characteristics of binders (gum arabic, linseed oil, egg yolk, acrylic polymer) and how they influence drying mechanisms.
2Distinguish clearly between relief printing (linocut/woodcut), intaglio (etching/aquatint), and planographic (lithography) matrix preparation and ink delivery.
3Master color theory models, comparing additive RGB synthesis with subtractive CMYK mixing and Chevreul's law of simultaneous contrast.
4Review vector versus raster graphics terminology, including resolution standards (300 DPI for print), Bézier control points, and spot color systems.
5Study scientific examination methods for artworks (UV fluorescence, IR reflectography, X-radiography) and key conservation principles like reversibility and environmental control.

Frequently Asked Questions

What is the registration fee for the PAU exam in Madrid (2026)?

The base registration fee for the compulsory Access Phase in the Community of Madrid is EUR 93.02, with additional subject fees around EUR 11.63 per subject for the voluntary phase.

What minimum score is required on the Madrid PAU Graphic-Plastic Expression Techniques exam?

The exam is marked on a 0–10 scale. A minimum score of 4.0 in the Access Phase is required to combine with the Bachillerato GPA (60% Bachillerato + 40% PAU >= 5.0 to pass).

How long is the PAU Graphic-Plastic Expression Techniques exam in Madrid?

The examination duration is 90 minutes (1.5 hours).

Which topics are covered in the PAU Graphic-Plastic Expression Techniques curriculum?

The exam covers 5 core modules: Dry & Wet Drawing Media (25%), Pictorial Techniques & Color Mixing (25%), Printmaking & Reproduction Methods (20%), Mixed Media & Digital Graphic Tools (15%), and Conservation & Technical Analysis of Graphic Works (15%).

Are these practice questions identical to official UCM exam papers?

These questions are an original English-language multiple-choice adaptation designed specifically to help 2º Bachillerato students master the technical concepts, terminology, and material science required for the PAU examination.