AutoCAD Quiz: Match Properties
10 questions · exam conditions
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Match PropertiesQuestion 1 of 10

A source object is on layer EQUIP, whose layer color is blue, but the source object has an explicit magenta color override. A destination object is on layer EXISTING, whose layer color is green, and its Color property is ByLayer. In MATCHPROP settings, Layer is enabled and Color is disabled.

After matching the source to the destination, how will the destination object's layer and color behave?

It moves to EQUIP and receives the source object's explicit magenta color.
It remains on EXISTING and continues displaying the EXISTING layer's green color.
It moves to EQUIP, remains ByLayer, and therefore displays the EQUIP layer's blue color.
It moves to EQUIP but retains the EXISTING layer's green color as an explicit override.
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AutoCAD Quiz

AutoCAD Quiz: Match Properties

Practice Match Properties in AutoCAD with focused quiz questions that help you check what you know, review explanations, and build confidence with test-style prompts.

What this quiz covers

This quiz focuses on Match Properties, giving you a quick way to practice the rules, question types, and explanations that matter most for AutoCAD.

How to use this quiz

Try each quiz question before looking at the correct answer. Use the explanations to review missed ideas, then come back to similar questions until the pattern feels familiar.

All questions

Question 1

A source object is on layer EQUIP, whose layer color is blue, but the source object has an explicit magenta color override. A destination object is on layer EXISTING, whose layer color is green, and its Color property is ByLayer. In MATCHPROP settings, Layer is enabled and Color is disabled.

After matching the source to the destination, how will the destination object's layer and color behave?

  1. It moves to EQUIP and receives the source object's explicit magenta color.
  2. It remains on EXISTING and continues displaying the EXISTING layer's green color.
  3. It moves to EQUIP, remains ByLayer, and therefore displays the EQUIP layer's blue color. (correct answer)
  4. It moves to EQUIP but retains the EXISTING layer's green color as an explicit override.
Explanation: When working with MATCHPROP, you need to track two independent systems simultaneously: the layer assignment and the color property. These can change separately depending on which settings are enabled. Here's the logic: MATCHPROP transfers only the properties you've enabled in its settings. With Layer enabled, the destination object moves to the source's layer — EQUIP. With Color disabled, the destination object's Color property is not touched, meaning it stays exactly as it was: ByLayer. Now here's the critical insight — once the object moves to EQUIP while still set to ByLayer, it inherits EQUIP's layer color, which is blue. The object's displayed color changes as a side effect of the layer change, not because Color was transferred. That confirms C as correct. A is wrong because Color is disabled in MATCHPROP settings, so the source's explicit magenta override is never copied to the destination. The destination never receives any explicit color. B is wrong because Layer is enabled, so the object absolutely does move from EXISTING to EQUIP. It cannot remain on EXISTING. D contains a subtle trap — it suggests the green color somehow persists as an explicit override. But the destination's color was ByLayer before the match, and since Color is disabled, it stays ByLayer. ByLayer means it follows whatever layer it's currently on, so green disappears the moment the layer changes to EQUIP. Study tip: On MATCHPROP questions, always ask two things separately — "Did the layer change?" and "Did the color property itself change?" A layer change can alter displayed color even when Color is disabled, because ByLayer is dynamic.

Question 2

A drawing contains one correctly formatted door symbol and twelve door symbols with inconsistent object properties. All twelve should receive properties from the same correct symbol.

Which MATCHPROP workflow completes the task without restarting the command for every destination?

  1. Select all twelve incorrect symbols as sources, select the correct symbol as the destination, and press Enter.
  2. Select the correct symbol as the source, match one destination, and repeat MATCHPROP separately for the remaining symbols.
  3. Select the correct symbol as the source, type Settings after every destination, and reselect the source before continuing.
  4. Select the correct symbol as the source, select all twelve destination symbols during the destination prompt, and press Enter. (correct answer)
Explanation: When you see a workflow efficiency question about MATCHPROP, focus on how the command handles multiple destinations in a single session. The core behavior to understand is that after you select your source object, AutoCAD keeps the command active and lets you click as many destination objects as you want before pressing Enter to exit. That's exactly what makes D correct. You select the correctly formatted door symbol as the source once, then click all twelve incorrect symbols one by one during the same destination prompt session, and press Enter when finished. The command never needs to restart — one source selection, twelve destination clicks, done. A reverses the logic entirely. MATCHPROP flows properties from source to destination, not the other way around. Selecting the incorrect symbols as sources would push their broken properties somewhere else — the opposite of what you want. B technically works, but it's the inefficient approach the question is specifically asking you to avoid. Restarting MATCHPROP twelve times defeats the purpose of the command's multi-destination capability and wastes significant time. C describes a nonsensical workflow. The Settings option within MATCHPROP controls which property types get transferred (layer, color, linetype, etc.) — it doesn't reset or reselect the source. Typing Settings after every destination adds unnecessary steps and doesn't change how source selection works. A reliable study tip: remember that MATCHPROP follows a one source, many destinations model. Once the source is set, you stay in destination-selection mode until you press Enter or Escape. Questions about this command often test whether you understand that this multi-destination flexibility exists in a single command execution.

Question 3

A hatch is selected as the MATCHPROP source, and an ordinary line is selected as the destination. Layer, Color, and Linetype are enabled under basic properties, and Hatch is enabled under special properties.

Which result should be expected for the destination line?

  1. The line receives applicable basic properties, while the hatch-specific pattern properties are not applied to it. (correct answer)
  2. The line is converted into a hatch and receives both the source pattern and basic properties.
  3. No properties are copied because MATCHPROP requires source and destination objects to be the same type.
  4. Only the hatch pattern is copied because enabled special properties take precedence over basic properties.
Explanation: When working with MATCHPROP (Match Properties), the key concept to keep in mind is that the command copies applicable properties from a source object to a destination object — it doesn't transform object types. Think of it like a paint roller that applies compatible coatings; it won't turn wood into metal just because the source is metal. With that framework in mind, A is correct. When you transfer properties from a hatch to a line, AutoCAD copies the basic properties — Layer, Color, and Linetype — because those are universal properties that any object can hold. The hatch-specific pattern settings (pattern name, scale, angle, etc.) are simply ignored for the line, because a line has no mechanism to store or display hatch data. Enabling "Hatch" under special properties tells AutoCAD to attempt to transfer hatch data, but the destination object must be capable of receiving it. B is wrong because MATCHPROP never converts object types. A line cannot become a hatch object through this command — that would require exploding, re-creating, or using the Hatch command directly. C is incorrect because MATCHPROP absolutely works across different object types; it just applies what's compatible and skips what isn't. D reverses the actual behavior — special properties don't override basic ones, and in this case the special (hatch) properties simply don't apply to a line at all, so both sets are processed independently. A useful strategy: whenever MATCHPROP questions involve mixed object types, ask yourself which properties the destination object is actually capable of receiving. That narrows the answer quickly.

Question 4

A source MText object uses text style DETAIL and is on layer ANNO-NEW. A destination MText object uses text style STANDARD and is on layer ANNO-OLD. In MATCHPROP settings, Layer and Color are enabled, but the special Text property category is disabled.

What happens to the destination MText object's text style?

  1. It changes to DETAIL because text style is always copied between two MText objects.
  2. It changes to DETAIL only if both text styles use the same font file.
  3. It remains STANDARD because the special Text property category is disabled. (correct answer)
  4. It changes to the current text style because special Text matching is disabled.
Explanation: When using MATCHPROP in AutoCAD, it's important to understand that properties are divided into basic properties (like Layer, Color, Linetype) and special property categories (Text, Dimension, Hatch, etc.). These two groups are controlled independently in the Property Settings dialog. Basic properties transfer whenever their checkbox is enabled, but special categories — including Text — have their own separate toggle that controls style-specific attributes like text style, height, and justification. In this scenario, the Text special property category is disabled, which means AutoCAD will not transfer the source MText's text style (DETAIL) to the destination. The destination object simply keeps its existing text style, STANDARD. This makes C the correct answer — the destination MText remains STANDARD because the Text category is turned off, regardless of what the source object uses. Answer A is wrong because text style is not "always" copied between MText objects — it only transfers when the Text special property category is explicitly enabled. Answer B introduces a font-file compatibility condition that simply doesn't exist in AutoCAD's MATCHPROP logic; style copying is an all-or-nothing toggle, not font-dependent. Answer D is a trap: when special Text matching is disabled, the destination keeps its own current text style, not the document's active text style — those are different things. A useful study tip: on MATCHPROP questions, always ask yourself which category the property belongs to — basic or special. Basic properties (Layer, Color, etc.) and special categories (Text, Hatch, Dimension) are controlled by separate checkboxes, and disabling a special category leaves all of that category's attributes unchanged on the destination object.

Question 5

Two aligned dimensions measure different distances, and neither has a manual text override. The source uses dimension style OFFICE, while the destination uses dimension style LEGACY. In MATCHPROP settings, the special Dimension category is enabled and Layer is disabled.

What should happen when the source dimension is matched to the destination dimension?

  1. The destination adopts OFFICE and displays the source dimension's measured value regardless of its own geometry.
  2. The destination keeps LEGACY because dimension styles cannot be transferred with MATCHPROP.
  3. The destination adopts OFFICE and moves to the source layer as part of the dimension style.
  4. The destination adopts OFFICE but continues reporting the measurement determined by its own geometry. (correct answer)
Explanation: When you use MATCHPROP in AutoCAD, it's important to separate two distinct concepts: dimension style properties and geometric measurement. A dimension's style controls how measurements are displayed (units, arrows, text formatting), but the actual value it reports is always driven by the geometry it's attached to — the distance between its definition points in the drawing. With the Dimension property category enabled in MATCHPROP settings, the destination dimension will inherit the source's dimension style — in this case, OFFICE. That makes D correct: the destination adopts OFFICE for its appearance, but it keeps reporting whatever distance its own definition points define. MATCHPROP transfers style, not geometry. A is wrong because MATCHPROP never overrides geometric measurement. No matter what style is applied, a dimension always reflects its own definition point distance — the source's measured value cannot be "injected" into the destination this way. B is wrong because dimension styles absolutely can be transferred with MATCHPROP when the Dimension special property is enabled — that's precisely what the Dimension category in MATCHPROP settings is designed to do. C is wrong because it conflates two separate property categories: dimension style transfer and layer transfer. The passage explicitly states that Layer is disabled in MATCHPROP settings, so the destination will not move to the source's layer. A good study tip: on AutoCAD exam questions involving MATCHPROP, always check which special property categories are enabled or disabled — the answer often hinges on that detail. Also remember that dimension text always reflects geometry unless there's a manual text override.

Question 6

Two paper-space viewport objects have different viewport scales and display different model-space areas. In MATCHPROP settings, Layer and Color are enabled, but the special Viewport category is disabled. The first viewport is selected as the source and the second as the destination.

Which result is most consistent with these settings?

  1. The destination receives the enabled basic properties, but its viewport-specific view and scale remain unchanged. (correct answer)
  2. The destination receives the source view and scale, but its layer and color remain unchanged.
  3. The destination receives all viewport and basic properties because both objects are paper-space viewports.
  4. The destination receives no properties because viewport matching requires the Viewport category to be enabled.
Explanation: Whenever you see a MATCHPROP question, think in two layers: basic properties (layer, color, linetype, etc.) and special properties (viewport scale, view position, plot settings, etc.). The MATCHPROP Settings dialog controls each layer independently, and only the enabled categories transfer. Here, Layer and Color are enabled, but the Viewport special category is disabled. This means MATCHPROP will copy only the basic properties to the destination viewport — its layer assignment and color will update to match the source. However, because the Viewport category is off, everything view-specific stays untouched: the destination keeps its own zoom scale, pan position, and displayed model-space area. That makes A the correct result. B gets it backwards — it describes the Viewport category being active while basic properties are blocked, which is the opposite of what the settings show. C assumes that matching two objects of the same type automatically transfers everything, but that's not how MATCHPROP works; categories must be explicitly enabled regardless of object type. D represents a common misconception — MATCHPROP does not fail entirely just because one category is disabled. It simply skips that category and still transfers whatever is enabled. A helpful way to remember this: think of MATCHPROP Settings as a checklist of "opt-in" transfers. Unchecking a category doesn't break the command — it just silences that one group of properties while everything else proceeds normally. On the AutoCAD exam, watch for questions that mix basic and special properties; they almost always test whether you understand that the two groups are controlled independently.

Question 7

A source line has a nonzero Thickness property of 5 drawing units and lies at elevation 0. A destination line has Thickness set to 0 and lies at elevation 10. In MATCHPROP settings, only Thickness is enabled.

What is the expected result for the destination line?

  1. Its thickness becomes 5, and its elevation changes to 0 to match the source line.
  2. Its thickness remains 0, but its elevation changes to 5 drawing units.
  3. Its thickness becomes 5, while its existing elevation and endpoint geometry remain unchanged. (correct answer)
  4. Its thickness remains 0 because MATCHPROP cannot copy three-dimensional object properties.
Explanation: When working with MATCHPROP in AutoCAD, the key concept to understand is property-level specificity: the command copies only the properties you explicitly enable in its Settings dialog — nothing more, nothing less. Think of each enabled property as an isolated instruction that transfers one attribute without touching anything else about the destination object. With only Thickness enabled, MATCHPROP reads the source line's Thickness value (5 drawing units) and writes it to the destination line. That's the entire operation. The destination line's elevation (10), its endpoint positions, its layer, its color — all of these remain completely untouched. This makes C the correct answer: the destination line's thickness becomes 5 while its elevation and geometry stay exactly as they were. A is wrong because elevation is a separate property from Thickness. Even though the source line sits at elevation 0, elevation is not being transferred — only Thickness is checked in the Settings. MATCHPROP will never silently copy an extra property you didn't enable. B inverts the logic entirely. It suggests thickness stays at 0 and elevation changes to 5, which confuses Thickness (a Z-extrusion value) with elevation (a Z-position value). These are two distinct properties, and neither behavior described in B actually occurs here. D is a common misconception. MATCHPROP absolutely can copy three-dimensional properties like Thickness — it does so routinely. The command's scope is controlled by your Settings, not by any limitation on 3D properties. Your study tip: always ask yourself which properties are checked in MATCHPROP Settings. The command is surgical — it only touches what you authorize it to touch.

Question 8

A source line uses the HIDDEN linetype with an object linetype scale of 0.5. A destination line uses the CENTER linetype with an object linetype scale of 2.0. In MATCHPROP settings, Linetype is enabled, but Linetype Scale is disabled.

What combination will the destination line have after MATCHPROP is applied?

  1. HIDDEN linetype with an object linetype scale of 0.5.
  2. HIDDEN linetype with an object linetype scale of 2.0. (correct answer)
  3. CENTER linetype with an object linetype scale of 0.5.
  4. CENTER linetype with an object linetype scale of 2.0.
Explanation: When using MATCHPROP in AutoCAD, it's essential to understand that Linetype and Linetype Scale are two separate, independently controlled properties in the Match Properties Settings dialog. This question tests whether you can track exactly which properties transfer and which stay put. When you apply MATCHPROP with Linetype enabled but Linetype Scale disabled, only the linetype itself copies from source to destination — the destination object's own linetype scale value is left completely untouched. So the destination line inherits the source's HIDDEN linetype, but keeps its original object linetype scale of 2.0. That makes B the correct answer. Looking at the wrong choices: A is tempting because it shows the source's exact combination, but that would require Linetype Scale to also be enabled — it isn't, so the scale of 0.5 never transfers. C is the opposite trap — it keeps the destination's original scale (2.0... wait, no — it shows 0.5) and retains the CENTER linetype, essentially imagining MATCHPROP did nothing to the linetype at all, which contradicts the fact that Linetype is enabled. D is the destination's original state before MATCHPROP runs; a student who forgets that Linetype is enabled might choose this, thinking nothing changed. A helpful habit: when you see a MATCHPROP question, mentally build a two-column checklist — "what's enabled?" transfers; "what's disabled?" stays. This prevents mixing up which properties belong to the source versus the destination after the command runs.

Question 9

A rectangular source hatch uses the ANSI31 pattern with a specified angle and scale. An irregular destination hatch uses SOLID and is on a different layer. In MATCHPROP settings, Hatch is enabled, while Layer is disabled.

Which outcome best describes the destination hatch after matching?

  1. It adopts the source's rectangular boundary and ANSI31 settings but remains on its original layer.
  2. It keeps its irregular boundary and original layer but adopts the source's applicable hatch settings. (correct answer)
  3. It keeps the SOLID pattern because changing hatch settings requires recreating the destination boundary.
  4. It adopts the ANSI31 settings and moves to the source layer because hatch properties include layer assignment.
Explanation: When working with MATCHPROP (Match Properties) in AutoCAD, you need to think about two separate things: what gets transferred and what stays protected. MATCHPROP copies selected source properties to a destination object — but only the properties you've enabled in Property Settings, and it never alters the destination object's geometry. In this scenario, Hatch is enabled, so hatch-specific properties transfer: the pattern type (ANSI31), angle, and scale all move from source to destination. The destination hatch's irregular boundary shape is geometric, not a property — MATCHPROP doesn't touch it. Layer is explicitly disabled in the settings, so the destination stays on its original layer. This confirms B as correct: the destination keeps its irregular boundary and original layer while adopting the applicable hatch settings. A is wrong because it claims the destination adopts the source's rectangular boundary. Boundaries are geometry, not properties — MATCHPROP cannot and does not transfer them. C is wrong because it assumes hatch patterns are locked to their original boundary shape. The SOLID pattern gets replaced by ANSI31 without any need to recreate the boundary — AutoCAD simply redraws the fill within the existing path. D is wrong on two counts: it incorrectly claims layer assignment transfers with hatch properties, and in this scenario Layer is specifically disabled in MATCHPROP settings anyway. A useful rule of thumb: MATCHPROP transfers how an object looks, never what shape it is or any property category you've unchecked. When a question gives you explicit MATCHPROP settings, treat each enabled/disabled toggle as a decisive clue.

Question 10

A source line is on layer A-WALL, with Color set to ByLayer and Linetype set to Continuous. A destination line is on layer A-NOTE, with an explicit red color and a Dashed linetype. In MATCHPROP settings, Color and Linetype are enabled, but Layer is disabled.

What is the resulting property state of the destination line after MATCHPROP is applied?

  1. It moves to A-WALL, changes to ByLayer color, and uses the Continuous linetype.
  2. It stays on A-NOTE, changes to ByLayer color, and uses the Continuous linetype. (correct answer)
  3. It stays on A-NOTE, retains explicit red, and uses the Continuous linetype.
  4. It stays on A-NOTE, receives A-WALL's layer color explicitly, and remains Dashed.
Explanation: When using MATCHPROP, you need to track two separate things: which properties get transferred, and what values those properties carry. The Settings dialog controls the first part — it acts as a filter, not a blanket copy of everything including layer assignment. Here, Color and Linetype are enabled, so those properties transfer from the source line. The source line has Color = ByLayer and Linetype = Continuous, so those exact values paint over the destination line's explicit red and Dashed linetype. Because Layer is disabled, the destination line stays put on A-NOTE — MATCHPROP simply skips that property entirely. The result: the line remains on A-NOTE, but now carries ByLayer color and Continuous linetype — confirming answer B. Choice A is wrong on two counts: it incorrectly moves the line to A-WALL (Layer is disabled, so no layer transfer occurs) and misidentifies the outcome as a package deal when it isn't. Choice C is a common trap — it correctly keeps the line on A-NOTE but assumes Color doesn't transfer because ByLayer "isn't a real color." It absolutely is; ByLayer is a valid color value that MATCHPROP copies just like any explicit color. Choice D misunderstands how Color transfers — MATCHPROP doesn't go look up what A-WALL's layer color resolves to and paste that in explicitly; it copies the source object's raw Color attribute, which is ByLayer. Linetype also doesn't remain Dashed since Linetype is enabled. Your study tip: always separate the property setting (ByLayer, ByBlock, or explicit) from the visual result. MATCHPROP copies the setting itself, not what it renders as.