Texture

Fur is made of many hairs that follow a natural growth direction. When drawing, strokes that follow this direction communicate the flow, thickness, bending, and overlap of the hair, making the surface appear soft and believable. Randomly directed lines may flatten the form or make the material unclear. Line direction does not remove texture or merely show colour, so option A is correct.

Texture is the visual or tactile quality of a surface. Folds show how cloth bends, hangs, and responds to gravity, while the weave suggests the repeated arrangement of threads. Together they make the material appear soft and flexible. Therefore option A is correct; the other choices either change the material, hide its surface, or describe the frame rather than the cloth.

Texture affects the way light is reflected. A smooth surface has fewer visible irregularities, so reflected light travels in a more organized direction and can form a clear, concentrated highlight. A rough surface scatters light across many directions, making the highlight broken or soft. Thus option A is correct; darkness and absence of texture are unrelated claims.

Surface texture changes the direction and appearance of reflected light. Tiny ridges and depressions on a rough surface send light in different directions, so highlights may look broken, dull, or scattered. A smoother surface can produce a more continuous highlight. Therefore option A is correct; rough surfaces still receive light, are not always mirrors, and clearly affect what the viewer sees.

Texture variety helps viewers distinguish materials such as wood, metal, glass, fruit, and cloth. If one identical texture is repeated everywhere, those material differences become less clear and the composition may feel monotonous. Thus option B is correct. It does not automatically strengthen focus or increase contrast; instead, excessive sameness reduces visual variety and information.

Tree bark is naturally uneven and often contains cracks, ridges, grooves, and broken vertical marks. Irregular lines imitate these changes in the surface and help the viewer recognize bark rather than a perfectly smooth material. Therefore option A is correct. Making bark look like glass, removing its texture, or drawing the sky would communicate a different subject or surface quality.

Artists choose marks according to the material being represented. Water is usually suggested through flowing horizontal or curved strokes, transparent areas, ripples, and controlled reflections. Stone-like rough marks imply a hard, uneven surface, so they weaken the viewer’s sense of fluidity and movement. Option B is correct; such marks do not automatically improve transparency, reflection, or accuracy.

Visual texture is an implied quality: the artwork remains physically flat, but marks persuade the eye that a surface is rough, smooth, woven, shiny, or furry. Lines, dots, patterns, shading, and highlights create this impression. Therefore option A is correct. Physical roughness is not required, while sound and smell cannot create a visual surface effect in a still picture.

Rubbing is a texture-recording method. When paper is placed over a raised or patterned surface and rubbed with a pencil, crayon, or similar medium, the higher areas receive more pigment and reveal the surface pattern. Thus option A is correct. Rubbing does not smooth the object, and its main purpose is not colour mixing or hiding texture.

The distinction is based on origin. Natural textures occur in materials formed by nature, such as tree bark, stone, leaves, or sand. Man-made textures are produced or arranged by people, such as woven cloth, brick, paper, or patterned plastic. Therefore option A is correct. Natural texture is not always smooth, and man-made texture can be clearly visible and tactile.

A still life becomes convincing when each object communicates its material. Glass may need transparent highlights, fruit may show a varied organic surface, and cloth may use folds and soft transitions. These differences improve recognition, realism, and visual interest. Option A is correct; making every object identical would reduce information, while texture does not remove light direction or composition differences.

Texture is the visual or tactile quality of a surface, and it can influence the emotional atmosphere of an artwork. Smooth or soft-looking textures often suggest comfort, calmness, or gentleness, whereas rough, jagged, or heavily marked textures may suggest tension, strength, or harshness. Therefore, option A is correct. Options B, C, and D incorrectly deny texture’s expressive role or confuse it with size and sound.

Contrast means a noticeable difference between visual qualities. When a focal area combines a strong texture difference, such as smooth against rough, with a colour difference, such as light against dark or complementary hues, the viewer’s attention is guided more effectively. Thus option A is correct: the subject becomes clearer and more engaging. Options B and C reverse the usual effect, while D is unrelated to composition.

Representing fabric requires marks that match its material character. Soft cloth is usually suggested through curved or flowing lines, gradual shading, overlapping folds, and less rigid edges. Hard straight marks alone may make the material appear stiff, flat, or metallic, so option A is correct. Option C is too absolute because straight marks can sometimes contribute to texture; B and D are plainly incorrect statements about fabric.

Mark density refers to how closely and frequently marks are placed in an area. Increasing the number of marks, reducing the gaps, or layering strokes can make a drawn surface appear darker, heavier, denser, or rougher. This visual effect makes option A correct. The change is an effect of visual organisation, not a change in smell, sound, or the physical height of the frame, so options B, C, and D are unrelated.

Scale in texture means that the size, spacing, and repetition of marks should correspond to the size of the object and the level of viewing. If very large marks are placed on a tiny object, the surface may look unnatural and out of proportion; if marks are too small on a large object, the texture may disappear. Therefore option A is correct. Options B and D use an unjustified “always,” while C ignores proportional observation.

In visual representation, distance affects how much detail the eye can distinguish. Fine marks and small surface variations on faraway objects become less visible, so artists simplify, reduce, and often soften their texture to create a convincing sense of depth. Thus option A is correct. Option B falsely claims that the texture disappears physically, while C reverses the usual treatment and D ignores the role of observation and perspective.

Foreground objects are visually closer to the viewer, so their surface marks and material differences can be observed more clearly. Giving them stronger, more specific texture detail helps separate them from less detailed background areas and creates depth through visual hierarchy. Therefore option A is correct. Options B, C, and D contradict this principle: detail normally strengthens the foreground’s presence rather than making it invisible or eliminating texture.

Direct observation allows the artist to examine the actual surface closely and notice details such as roughness, shine, spots, fibres, uneven areas, and the direction of repeated marks. Memory may preserve a general idea, but it can omit subtle variations or replace them with a familiar symbol. Therefore option A is correct. Option B is too absolute, while C and D deny what observation actually examines.

Texture simplification is useful when the artist reduces marks to the few essential features that suggest a material without overwhelming the composition. It can clarify the main subject, support visual hierarchy, and represent distant or less important surfaces efficiently. Therefore option A is correct. Simplification does not mean that texture is wrong or absent; it means controlling detail. Options B, C, and D misunderstand this purposeful design decision.