🌍 Graphic Design · subject

Graphic Design Typography Syllabus

The Typography syllabus for Graphic Design in full: 6 chapters and 22 topics, every one listed below, plus 50 Typography flashcards with answers.

6Chapters
22Topics
50Flashcards

Typography syllabus: all 6 chapters

Expand any chapter to see its topics and sub-topics.

  1. Anatomy of Type

    3 topics
    • Letterform Parts
    • Serifs and Stems
    • Strokes and Terminals
  2. Type Classification

    4 topics
    • Serif Typefaces
    • Sans-Serif Typefaces
    • Script and Display Type
    • Monospace Fonts
  3. Typesetting and Spacing

    4 topics
    • Kerning
    • Tracking and Letter-spacing
    • Leading and Line Height
    • Word and Paragraph Spacing
  4. Typographic Hierarchy

    4 topics
    • Headings and Subheadings
    • Body Copy and Captions
    • Scale and Weight Contrast
    • Type Pairing
  5. Readability and Legibility

    4 topics
    • Measure and Line Length
    • Alignment and Justification
    • Widows and Orphans
    • Accessibility in Type
  6. Typography in Practice

    3 topics
    • Web Fonts and Formats
    • Variable Fonts
    • Licensing and Font Management

Graphic Design Typography flashcards β€” 50 questions with answers

  1. In typography, what is the baseline?

    The invisible horizontal line on which letterforms sit. Rounded letters (like o) slightly overshoot it, and descenders (like the tail of p) hang below it. It is the primary reference line for aligning type.

  2. Define x-height and explain why it matters for legibility.

    X-height is the height of a lowercase letter (typically x) excluding ascenders and descenders, measured from the baseline. Typefaces with larger x-heights appear bigger at the same point size and are generally more legible at small sizes.

  3. What is the difference between a counter and a bowl in a letterform?

    A counter is the enclosed or partially enclosed white (negative) space inside a letter, as in o, e, or c. A bowl is the curved stroke that encloses the counter, as in b, d, or o.

  4. Distinguish ascenders from descenders, and name the reference heights associated with uppercase letters.

    Ascenders are lowercase strokes rising above the x-height (b, d, h, k, l); descenders are strokes dropping below the baseline (g, j, p, q, y). Uppercase letters are measured by cap height, the distance from baseline to the top of capitals.

  5. What is a serif?

    A serif is the small finishing stroke or projection at the end of a letter's main strokes. Serifs originated in Roman inscriptional lettering and help lead the eye along lines of text in print.

  6. In letterform anatomy, what is a stem?

    The stem is the main, usually vertical, full-length stroke of a letterform β€” for example, the upright strokes of l, T, or B. It is typically the letter's thickest structural stroke.

  7. What is the difference between bracketed and unbracketed serifs?

    Bracketed serifs join the stem with a smooth, curved transition (as in Old Style faces like Garamond). Unbracketed serifs meet the stem abruptly at a sharp angle, as the hairline serifs of Modern/Didone faces like Bodoni.

  8. What is a terminal in typography?

    A terminal is the end of any stroke that does not finish with a serif. Terminals can take shapes such as ball, teardrop, straight-cut, or flared endings, and are a key identifying detail of a typeface.

  9. Describe a ball terminal and give an example letter where it commonly appears.

    A ball terminal is a circular, ball-shaped ending on a stroke, commonly seen on the arm of the lowercase a, r, c, or f in faces like Bodoni and Clarendon. A related teardrop (lachrymal) terminal has a droplet shape.

  10. What do stroke contrast and stress (axis) mean when describing a typeface?

    Stroke contrast is the degree of variation between a letter's thick and thin strokes. Stress (axis) is the angle along which that thickening occurs: Old Style faces have angled (oblique) stress; Modern faces have vertical stress.

  11. Name the four classic classifications of serif typefaces in chronological order.

    1) Old Style (Humanist/Garalde), 2) Transitional, 3) Modern (Didone), 4) Slab serif (Egyptian). Each shows progressively higher stroke contrast and more vertical stress until slab serifs return to low contrast with heavy rectangular serifs.

  12. What are the identifying features of Old Style serif typefaces, and name two examples.

    Low stroke contrast, angled (oblique) stress, bracketed serifs, and a small x-height, reflecting broad-nib pen calligraphy. Examples: Garamond, Caslon, Bembo, Palatino.

  13. What are the identifying features of Modern (Didone) typefaces, and name two examples.

    Extreme thick–thin stroke contrast, strictly vertical stress, and thin, flat, unbracketed hairline serifs. Examples: Bodoni and Didot. They look elegant at display sizes but can 'dazzle' and fatigue readers as body text.

  14. What defines a slab serif typeface, and name two examples.

    Slab serifs (also called Egyptian) have heavy, rectangular, block-like serifs and low stroke contrast. Examples: Rockwell, Clarendon, Courier. They convey sturdiness and work well for headlines and display use.

  15. Name the four main categories of sans-serif typefaces with one example of each.

    Grotesque (Franklin Gothic), Neo-grotesque (Helvetica, Univers), Humanist (Gill Sans, Frutiger), and Geometric (Futura, Avant Garde).

  16. Why are humanist sans-serif typefaces often considered the most legible sans serifs for long text?

    They retain calligraphic influence: varied stroke widths, open apertures, and letterforms based on Roman/Old Style proportions (e.g., a two-story a and g). Examples like Frutiger and Gill Sans remain distinct and readable at small sizes.

  17. What characterizes geometric sans-serif typefaces, and what is their main drawback for body copy?

    They are constructed from near-perfect geometric shapes β€” circles, squares, straight lines β€” as in Futura. Because letters like o, c, and e become very similar and apertures are closed, they are less legible in long body text.

  18. Differentiate formal script from casual script typefaces.

    Formal scripts imitate 17th–18th century penmanship with flowing connected strokes and flourishes (e.g., Snell Roundhand) and suit invitations and diplomas. Casual scripts mimic quick handwriting or brush lettering (e.g., Brush Script) and feel informal and energetic.

  19. What is display type, and how does it differ from text type?

    Display type is designed for large sizes (roughly 14 pt and above) β€” headlines, posters, logos β€” prioritizing personality and impact. Text (body) type is designed for readability in long passages at small sizes. Display faces often have higher contrast and tighter spacing that fail at text sizes.

  20. Why should script typefaces never be set in all capitals?

    Script letterforms are designed to connect through lowercase letters; setting them in all caps breaks the connecting strokes, producing clashing capitals that are nearly illegible.

Show the other 30 Typography flashcards
  1. What is a monospace font, and where is it typically used?

    A monospace (fixed-width) font gives every glyph the same horizontal advance width, e.g., Courier, Consolas, Fira Code. It is used for typewriters, code editors, terminals, and tabular data where vertical column alignment matters.

  2. Contrast proportional and monospace fonts, and explain why programmers prefer monospace.

    Proportional fonts give each glyph a width fitted to its shape (i is narrower than m), producing even texture for reading. Monospace fonts make all glyphs equal width, so characters align in vertical columns β€” making code indentation, alignment, and character-level errors easy to see.

  3. What is kerning?

    Kerning is the adjustment of horizontal space between two specific characters to achieve visually even spacing β€” usually removing space between awkward pairs (like A and V) so gaps look optically consistent.

  4. Give three classic letter pairs that typically require kerning and explain why.

    Pairs like AV, VA, To, Wa, Ta, and LT combine diagonal or overhanging strokes with open shapes, creating apparent gaps at default spacing. Kerning tucks the letters closer so the space appears equal to that of other pairs.

  5. What is the difference between metric kerning and optical kerning?

    Metric kerning uses kern-pair values built into the font by its designer. Optical kerning is calculated by software based on the shapes of adjacent glyphs β€” useful when a font has poor or missing kerning tables or when mixing typefaces/sizes.

  6. How does tracking (letter-spacing) differ from kerning?

    Tracking applies a uniform amount of space across a whole range of text β€” a word, line, or paragraph β€” changing overall density. Kerning adjusts the space between one specific pair of characters. Tracking is global; kerning is local.

  7. When should you increase tracking, and by roughly how much?

    Increase tracking for text set in ALL CAPS or small caps (commonly about $5\%$–$10\%$ of the em, e.g., 50–100 units per 1000 in design apps), and slightly for very small type or reversed (light-on-dark) type, where letters tend to visually close up.

  8. Why is tight (negative) tracking risky for small body text?

    At small sizes letters need more room, not less: negative tracking makes letterforms touch or merge (e.g., rn reading as m), destroying word shapes and legibility. Tight tracking is safer at large display sizes, where default spacing looks loose.

  9. What is leading, and what is the origin of the term?

    Leading (line spacing) is the vertical distance from one baseline to the next. The term comes from metal typesetting, where strips of lead were inserted between lines of type to add space.

  10. What is the recommended leading for body copy relative to type size?

    Typically $120\%$–$145\%$ of the point size, i.e., $\frac{\text{leading}}{\text{type size}} \approx 1.2\text{–}1.45$. For example, 10 pt type on 12 pt leading (written 10/12). Web body text commonly uses a line-height around $1.5$.

  11. What does it mean for type to be 'set solid', and how do measure and leading interact?

    Set solid means leading equals the point size (e.g., 12/12), leaving no extra space between lines. Longer lines (wider measure), larger x-heights, and sans-serif faces all need more leading so the eye can find the start of the next line.

  12. What are 'rivers' in typeset text and what causes them?

    Rivers are distracting vertical or diagonal channels of white space running down a paragraph, caused by coinciding oversized word spaces β€” most common in justified text on a narrow measure without hyphenation.

  13. What are the two standard ways to signal a new paragraph, and what is the key rule about combining them?

    Either a first-line indent (traditionally $1$ em) or extra vertical space between paragraphs β€” but not both, since each alone is sufficient. Convention also says the first paragraph after a heading needs no indent.

  14. How wide should a normal word space be, and what happens when word spacing is too loose or too tight?

    Roughly $\frac{1}{4}$ em β€” about the width of a lowercase i. Too-loose word spacing breaks lines into fragments and creates rivers; too-tight spacing makes words run together, forcing the reader to work to separate them.

  15. What is typographic hierarchy, and how do headings and subheadings create it?

    Hierarchy is the visual ordering of content by importance so readers can scan and navigate. Headings establish it through contrasts of size, weight, color, case, spacing, and placement β€” e.g., H1 largest/boldest down through progressively smaller subheads.

  16. According to the proximity principle, how should vertical space around a subheading be distributed?

    A subheading must sit closer to the text that follows it than to the text above it, so it is visually grouped with the content it introduces. Equal spacing above and below makes the subhead float ambiguously between sections.

  17. What are typical point/pixel sizes for body copy in print and on the web?

    Print body copy is usually 9–12 pt (10–11 pt is common); on the web, about 16 px is the standard minimum for comfortable reading, often larger for long-form text.

  18. How are captions typically styled relative to body copy, and what is their role?

    Captions describe images, tables, or figures and sit at the bottom of the type hierarchy. They are set smaller than body text (often 1–2 pt smaller) and differentiated by italic, a weight change, or a secondary typeface, while remaining legible.

  19. What is a modular typographic scale, and what is its formula?

    A modular scale generates harmonious type sizes by repeatedly multiplying a base size by a fixed ratio: $f_{n} = f_{0} \times r^{n}$, where $f_{0}$ is the base size and $r$ is the ratio. Common ratios: $1.25$ (major third), $1.333$ (perfect fourth), $1.5$ (perfect fifth), and $\varphi \approx 1.618$ (golden ratio).

  20. List the common font weight names and their corresponding CSS numeric values.

    Thin 100, Extra Light 200, Light 300, Regular/Normal 400, Medium 500, Semibold 600, Bold 700, Extra Bold 800, Black/Heavy 900.

  21. State the core rule of typographic contrast when differentiating two text elements.

    If two elements are not the same, make them clearly different β€” combine multiple cues (size and weight, or weight and color). Timid, barely perceptible differences (e.g., 12 pt vs 13 pt) look like a mistake rather than deliberate hierarchy.

  22. What is the classic guideline for pairing typefaces in a design?

    Pair for contrast, not conflict: combine typefaces that differ clearly in classification β€” most commonly a serif with a sans-serif (e.g., serif body with sans headings) β€” while sharing compatible proportions (similar x-height). Avoid pairing two similar faces from the same category.

  23. What is a type superfamily, and why is it useful for pairing?

    A superfamily is a set of typefaces (e.g., serif, sans, slab, mono versions) designed on shared skeletons and proportions β€” such as Merriweather/Merriweather Sans or IBM Plex. It guarantees harmonious pairing because contrast in style comes with identical underlying structure.

  24. How many typefaces should a typical design use, and how do you create variety within that limit?

    Limit a design to 2–3 typefaces. Create additional hierarchy using variations within each family β€” weights, italics, sizes, and caps β€” rather than adding more fonts, which fragments the design.

  25. What is the measure in typography, and what is the ideal range for a single-column line?

    Measure is the length of a line of text. The comfortable range is $45$–$75$ characters per line (including spaces), with about $66$ characters considered ideal (Bringhurst); multi-column settings can drop to $40$–$50$ characters.

  26. Give a quick rule of thumb relating type size to measure in picas.

    Set the measure at roughly twice the point size expressed in picas: $\text{measure (picas)} \approx 2 \times \text{point size (pt)}$ β€” e.g., 12 pt type on about a 24-pica line. (Recall $1\ \text{pica} = 12\ \text{points} \approx \frac{1}{6}$ inch.)

  27. Name the four basic text alignments and the standard choice for long body text in Latin scripts.

    Flush left (ragged right), flush right (ragged left), centered, and justified. Flush left is the standard for long-form reading because it keeps word spacing even and gives a consistent left starting edge; centered and flush right suit only short passages.

  28. What problems does justified text cause, and what conditions make justification acceptable?

    Justification forces variable word spacing, producing gaps and rivers on narrow columns. It works acceptably only with a sufficiently wide measure (about 60+ characters) and hyphenation enabled; otherwise use flush left. Also check the rag of flush-left text for awkward shapes.

  29. Define widow and orphan in typesetting.

    A widow is a short last line of a paragraph (or a lone word) stranded at the top of the next column or page β€” or, loosely, a single word on a paragraph's final line. An orphan is a paragraph's first line left alone at the bottom of a column or page. Both break reading flow and should be eliminated.

  30. What techniques fix widows and orphans?

    Slightly adjust tracking or word spacing, edit/rewrite the text to change line count, force a line or column break, use a nonbreaking space to pull a word down, or enable keep-options (e.g., 'keep lines together', widow/orphan control set to at least 2 lines).

Graphic Design Typography FAQ

What is in the Graphic Design Typography syllabus?

Graphic Design Typography is split into 6 chapters: Anatomy of Type, Type Classification, Typesetting and Spacing, Typographic Hierarchy, Readability and Legibility and Typography in Practice. Together they contain 22 topics.

How many chapters are in Graphic Design Typography?

6 chapters, containing 22 topics. The largest chapter is Type Classification, with 4 topics.

Are there flashcards for Graphic Design Typography?

Yes β€” a 50-card Typography deck, printed in full in the flashcards section of this page and available in the Examius app with spaced repetition. The free plan covers one exam of your choice, including its flashcards; Examius Pro, a one-time purchase, unlocks every other exam and deck.