Final Exam Review Flashcards

1
Q

Label These

A
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2
Q

Difference between a Check Box and a Radio Box

A

Remember Check Boxes [The square-shaped tick boxes] turn certain features on and off. Radio boxes (or option boxes) [the circle-shaped tick boxes] allow us to select one option from a range of options (e.g. print current page).

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3
Q

Label these and what do they do?

A
  1. Application Menu: Gives access to commands, files and option settings.
  2. Quick Access Toolbar: Gives access to the more common commands.
  3. InfoCenter: Has a help screen and find a topic or keyword feature.
  4. Command-Line Bar: Commands can be typed into this box (prompts are provided).
  5. Ribbon: Tabs (e.g. Home) contains a series of panels (e.g. Draw). Further tools can be found by clicking a panel (e.g. Line or Circle).
  6. Navigation Bar: Tools for moving around a drawing (e.g. pan and zoom). It can be displayed by going to the View Tab and Viewport Tools in the ribbon. It is probably wise to initially close this bar and make more room for the workspace
  7. File Tabs: Allows the user to create, close and switch between drawings.8. Status Bar: Access settings and toggle on and off tool icons. Tool icons turn blue when activated.
  8. Drawing Window or Workspace: If you don’t know what this does, I can’t help you
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4
Q

Where would you find these? And what are the commands?

A

In the Status Bar

  1. Grid Mode (F7): The Grid function turns on a grid pattern. It can be helpful when drawing rectangular objects like houses. Using the grid function works best when used in conjunction with the snap mode function.
  2. Dynamic Input (F12): If Dynamic Input is On when typing a command, the letters being typed appear beside the crosshair. When it is Off, the letters appear in the Command Line.
  3. Ortho Mode (F8): Ortho mode is a useful tool when drawing objects that are rectangular in nature. It will only produce lines in the X and Y directions, which are at right angles to each other. A perfect example is the drawing of houses, since they typically have 90deg corners.
  4. Polar Tracking (F10): Another way to draw horizontal and vertical lines but it is more versatile than Ortho Mode as it allows the use of other angles in addition to 90deg angles.
  5. Object Snap Track (F11): Used to assist in drawing, especially when points would be hard to locate by other means like construction lines.
  6. Object Snap (F3): A tool that allows you to snap or jump to an existing object. This is great when you want to start a new line that will carry on from the end of an existing line.
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5
Q

What is the difference between a DWT and DWG file?

A

DWT files are templates.

DWG files are drawings.

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6
Q

What kind of coordinate system does AutoCad use?

A

A Cartesian (x,y) coordinate system

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7
Q

Relative vs Absolute Cartesian Coordinates definition?

If Dynamic Input is toggled on, are the coordinates relative or absolute by default? How about if toggled off?

A

Relative Cartesian Coordinates specify a point’s distance away from the last point entered using X and Y Cartesian coordinates.

Absolute Cartesian Coordinates (X,Y) specify a point’s absolute location based on the origin (0,0).

When dynamic input is toggled on, the coordinates are automatically relative by default

When dynamic input is toggled off, the coordinates are automatically absolute by default.

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8
Q

Difference between Decimal and Architectural?

A

Decimal uses the metric unit system (meters, millimetres etc.)

Architectural uses the imperial unit system (inches, feet etc.)

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9
Q

The difference between a crossing blue box and a crossing green box?

A
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10
Q

What do these do?

A

From left to right, top to bottom.

Draw: Line, Polyline, Circle, Arc, Rectangle, Ellipses, and Hatching

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11
Q

Out of all the linestyles, which ones are continuous?

A

Object

Dimension

Cutting Lines (Sometimes: can be phantom)

Construction

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12
Q

Layers contain different linestyles with different line___________ (ie thickness)

A

weights

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13
Q

Name these

A
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14
Q

When an object is selected, it will turn red and the grips become visible.

True or False

A

False

The grips will turn blue.

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15
Q

What is an Isometric Drawing?

Disadvantage of an Isometric drawing?

A

An isometric drawing is one of a family of three-dimensional views called pictorial drawings. In an isometric drawing, the object’s vertical lines are drawn vertically, and the horizontal lines in the width and depth planes are shown at 30 degrees to the horizontal. When drawn under these guidelines, the lines parallel to these three axes are at their true (scale) lengths. Lines that are not parallel to these axes will not be of their true length.

If the object in the figure above had a hole on the back side, it would not be visible using a single isometric drawing.

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16
Q

What is an Orthogonal (or Orthographic) Drawing?

What are the main views in an Orthogonal (or Orthographic) Drawing, and what dimensions are they able to portray?

A

It can be described simply as a means of representing three-dimensional objects in two dimensions or it can be described in a more detailed and complicated fashion by saying it is a method for drawing three-dimensional objects with linear perspective.

Front View: The length and height of an object are shown in this view

Top View: The length and breadth (means width) of the object are shown in it.

Side View: The breadth and height of the object are shown in it.

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17
Q

What view can see interior details of an object?

A

The Sectional View

The sectional view is applicable to objects like engine blocks, where the interior details are intricate and would be very difficult to understand through the use of “hidden” lines (hidden lines are, by convention, dotted) on an orthographic or isometric drawing. Imagine slicing the object in the middle as shown in the diagram to the right.

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18
Q

What is Hatching?

A

Hatching is a pattern of lines or shapes that is used to distinguish certain areas of a drawing from other areas. In Mechanical Engineering, hatching is typically used to indicate section views.

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19
Q

What does MT or MText mean?

A

Multiline Text

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20
Q

Label

A
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21
Q

Name. Which ones are the common ones?

A

Dimension: Linear, Aligned, Angular, Radius, and Diameter

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22
Q

What is the most common text height?

A

12 pt. which appx. 00.094” or 2.5mm high. SI drawings are set at 2.5mm as it is an easy number to remember and work with. It is usually the standard but can vary

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23
Q

Where possible, keep dimensions in line with adjacent / running dimensions

True or False

A

True

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24
Q

What does this mean

A

Multileader

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25
Q

Every code of ethics requires engineers to make (a), (b), and (c)of the public their first concern: our “(d)”.

A

a: health
b: safety
c: welfare
d: paramount duty

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26
Q

What does LCA stand for and what does it mean?

A

Life cycle analysis (LCA) is one way engineers evaluate the total environmental impact of a product from cradle to grave or, in other words, from source material to disposal.

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27
Q

What does TBL mean and what does it entail?

A

the Triple Bottom Line

The TBL can be defined as an accounting framework that incorporates three dimensions of performance: social, environmental and financial.

Also commonly called the three Ps: people, planet and profits.

28
Q

Difference Between Passive and Active Sustainable Design?

A

Passive design can be defined as a method used by engineers to allow a building to use the environment around it for heating and ventilation purposes.

Active design, on the other hand, is a structure or system that either uses or is able to produce electricity itself, which is something that describes the overwhelming majority of buildings that exist

To put this into context, if a passive design provides ventilation and heating using natural ‘non-powered’ systems, a building using active design will achieve the same end but have to use technologies such as solar panels, heat recovery systems, or the use of renewable energy sources such as wind turbines.

29
Q

What Does IDP mean and what does it ensure?

A

The Integrated Design Process (IDP) ensures all issues affecting sustainable performance are addressed throughout the process, from conception to occupancy.

30
Q

Give Examples for passive heating, passive ventilation, passive cooling, and daylighting

A

Passive Heating: using building design to harness solar radiation and capture the internal heat gains is the only passive way to add free thermal energy to a building. Design elements include orientation, building shape, high-performance windows, low window to wall area ratio (e.g. North Facing) and high window to wall area ratio (e.g. South Facing)

Passive Ventilation: Passive ventilation strategies use naturally occurring air-flow patterns around and in a building to introduce outdoor air into the space. Design elements include orientation, building shape and operable windows. Cross-ventilation, where operable windows on adjacent or opposing walls draw ventilation air across the occupied space, is an effective means of passive ventilation.

Passive Cooling: Passive cooling strategies prevent the building from overheating by blocking solar gains and removing internal heat gains. Nocturnal cooling uses overnight natural ventilation to remove heat accumulated in the building mass during the day. Stacked windows allow cool air in at a lower window, creating an upward-moving vacuum that forces warm air out a high-placed window. Design elements include orientation, passive ventilation, nocturnal cooling and stacked windows.

Daylighting: Daylighting maximizes the use and distribution of natural diffused daylight throughout a building’s interior to reduce the need for artificial electric lighting. Careful design is required to avoid overheating and to minimize glare, and to complement passive heating and cooling strategies such as shading. In order to maximize energy savings, advanced electrical control systems like sensors should be integrated. Design elements include space planning, high ceilings paired with tall windows and interior surface colours and finishes.

31
Q

Benefits and Limitations to Building Orientation

A
32
Q

Benefits and Limitations for Landscaping considerations

A
33
Q

What is Thermal Mass?

What are materials that have high thermal mass and vice versa?

Benefits and Limitations of Thermal mass?

A

Thermal mass generally means materials capable of absorbing, holding, and gradually releasing heat (thermal energy)

Heavy, dense building materials with high specific heat like stone, concrete, brick, or adobe have high thermal mass

Lightweight, porous materials such as wood, insulation, and glass have low thermal mass.

34
Q

What do R-value and U-value mean?

What is the relationship between the two?

The total heat transfer of a window can be measured using a U-value. The lower the number the better the glass.

True or False

A

R- Value: Thermal resistance; How well the material slows down the transfer of thermal energy

U- Value: Heat Transfer rate; The intensity of heat transfer through the material

The relationship is R= 1/ U

True

35
Q

What does the LEED acronym mean?

A

Leadership in Energy and Environmental Design

36
Q

Define Team

A

Two or more interacting and interdependent individuals whose members work intensely on a specific common goal using their positive synergy (combined efforts that are greater than the sum of individual efforts), individual and mutual accountability, and complimentary skills.

37
Q

Define Group

A

Two or more people with a common relationship

38
Q

Define Cross-Functional Team

Pros & Cons

A

Cross-functional teams pull together employees from about the same hierarchical level, but from different work areas, who come together to accomplish a task.

Pros: Greater speed of task completion, Can handle a wide array of projects, Source of unconventional ideas

Cons: Takes long to develop cohesion, Management can prove to be challenging, Diverse skills etc. sets can potentially cause conflict.

39
Q

What is a Virtual Team?

A

A group of people who interact through electronic communications

40
Q

What is a self-managed team?

Pros and Cons?

A

Self-managed teams: These types of teams are the most empowered, as they have the power to make decisions. Each team member brings a certain skill set to the table to make informed decisions, complete assignments or delivers services for customers. Companies that implement self-managed teams say their employees tend to feel more ownership of the project.

Pros: Autonomy can improve motivation, Flexibility for team members as they manage their own time and handle tasks when it suits.

Cons: Lack of hierarchical authority can put personal relationships over good judgment. • An added layer of responsibility is time-consuming and requires skills that some people simply don’t have.

41
Q

Define Problem-Solving teams

A

Problem-solving teams are usually temporary and focus on solving a specific issue

42
Q

Define Advisory team

A

An advisory team is a collection of individuals who bring unique knowledge and skills which augment the knowledge and skills of the organizational decision makers in order to more effectively guide the organization.

43
Q

Define Functional Team

A

Functional teams are permanent and always include members of the same department with different responsibilities.

Pros: Handles routine work, Management has control of projects, Pools technical and professional expertise.

Cons: Potentially difficult communication across areas, Pushing the decision-making process upwards, Potentially Inflexible

44
Q

Fill

A
45
Q

Fill

A

1) Psychological Safety

46
Q

What are the 3 views that conflict can be perceived in?

A

1) Traditional View - a conflict that must be avoided
2) A Human Relations View - Conflict is a natural and inevitable outcome in any group and need not be negative but, rather, has the potential to be a positive force in contributing to a group’s performance
3) Interactionist View -Not only can conflict be a positive force in a group, but also that some conflict is absolutely necessary for a group to perform effectively

47
Q

Types of Conflict

A

Task conflict: Conflict over the content and goals of the work. Low to moderate levels can be productive.

Relationship conflict: Affects interpersonal relationships. Is almost always dysfunctional.

Process conflict: Conflict over how the work is done. • Minimal levels can be functional.

48
Q

5 Ways to Solve Conflict

Fill.

A
49
Q

What is the scale factor of 1/8’‘=1’-0’’

A

96

For example, take the ⅛” = 1’-0” scale. There are 12” (12 inches) in 1’ (1 foot). Therefore the scale factor is 96 times (8 x 12 = 96). For a specific paper size, say 11” x 17”, multiply 96 by the paper dimensions to get 96 x 11” = 1056”. Convert to feet by dividing 1056” by 12 (since 12” = 1’-0”) to get 88’ (feet). Doing the same for the other paper dimension we see that this size of paper at ⅛” scale could show something no larger than 88’ x 136’.

50
Q

Typical Imperial Scales are?

How about Typical Metric Scales?

A

Typical Imperial scales are ⅛”, ¼”, ½”, ¾” and 1”

Typical Metric or SI scales are 1:100, 1:50, 1:25, 1:20, 1:10.

51
Q

What are medium-sized buildings scaled to? How about larger ones?

A

Generally in civil engineering small to medium-sized buildings will typically be scaled to ¼” = 1’-0”, and plotted on a paper size of 24” x 36”. Larger buildings will be set to a smaller scale like ⅛” = 1’-0”, and plotted on the same 24” x 36” or larger paper

52
Q

When decreasing the scale value, what also decreases?

A

The Level of Detail

Therefore, larger scales offer an increase in detail.

53
Q

Do Civil Engineers use larger scales or smaller scales?

How about Mechanical Engineers?

A

Civil uses larger scales: Able to incorporate larger buildings

Mechanical uses smaller Scales: Able to design smaller items with accuracy and Detail

54
Q

What does ANSI mean?

A

ANSI is a paper sizing imperial system that stands for American National Standards Institute.

55
Q

What does Arch mean in terms of Paper sizing?

A

Architectural

56
Q

What is a common metric paper sizing system?

A

The A series

57
Q

What are blocks?

A

A group of objects can be converted into a single symbol or block. Blocks can be anything from furniture to schematic symbols, to entire drawings, such as a roof detail.

58
Q

Benefits of Using Blocks?

A

1) Consistency of Standard Detail
2) Reduced file Size
3) It can be reused Multiple Times
4) Ease of Manipulation

59
Q

Difference between the Block and WBlock command?

A

Blocks created with the Create (Block) command are stored in the drawing file in which they were created and are only available through that drawing. If you want to select objects and save them as a separate drawing file that can be used in other drawings, use the Write Block (Wblock) command.

60
Q

Which Command Deletes Blocks?

A

‘Purge’ Command from the drawing utilities menu

61
Q

Difference between Model Space and Paper Space

A

Normally all drawing is done to scale in Model Space in the Model tab. Paper space is where drawings are prepared for printing or plotting.

62
Q

What are these symbols?

A

1) UCS Icon - Signifies when working in Model Space
2) Paper Space Icon - Signifies when working in Paper Space

63
Q

Fill

A
64
Q

Print setup

A

1) Select the printer/plotter you will be using.
2) Select the paper size you want to use.
3) Plot area. From the pull-down menu, select Layout, Extents, or Window (usually Extents).
4) Set the plot scale you want to use, normally set to 1:1, but can be set to others.
5) If you picked Extents, then you can select Center the plot (centers the drawing on the page).
6) Select the Drawing orientation.
7) Adjust these Plot options buttons as required. But for our purposes, Plot with plot styles should be checked.
8) For the Plot style table (pen assignments), click the down arrow button to display the plot styles available. Select the Monochrome.ctb

65
Q

What are Annotative Scales?

A

Applying a scale ensures that the drawing fits onto the printed paper. Annotative scales can be applied to objects such as text and dimensions to ensure that all relevant information displays at the right scale. Without annotation scale dimensions and text would get larger or smaller (and possibly even become difficult to view) as the drawing objects themselves are scaled to fit the plot/print page.