The Duncan Residence was given to me in a profile with measurements for me to draft in AutoCad with no other information than the client's profile i.e. name, location, utilization of the space, occupants etc.

1. Project: Mary Duncan, Seattle, WA.
Interior Designer: Gina M. Roberson
Roberson Designs

2. Table of Contents:
· Problem Statement
· Concept Statement
· Existing Floor plan
· Criteria Matrix
· Furniture Specifications
· Fabric, Finish and Color Specifications
· 3-D Model
· Works Cited

3. Problem Statement:
The Seattle, Washington home will be occupied by mother Mary Duncan and her eight
year old daughter Katherine with muscular dystrophy. Due to Katherine’s needs the
main living level for her will be on the upper living level. Mary’s living level will be on
the lower level in which there will be an office. Occasional guest room is to be
included within the design plan on the lower level. All accessories to the home are to
reflect Mary’s former east coast living with a sense of calm sunlight shores in the
midst of an eclectic environment of Craftsmen's to Modern style homes.

4. Concept Statement:
The overall space will be a relaxed atmosphere with an east coast feel. Predominately
the color palette will be earth tones. Colors found by the sea such as blue and orange
hues, as well of textures of wood, and coral shells will assist in the aesthetic. The
wood on the furniture and floors will be a mixture of rustic and polished. The fabric
for the window treatments will be solid, sleek and serene to enhance the views.
Visual interest will be achieved with splashes of color with inspiration from the ocean.
The floor plan will be open and highlight the architectural focal points, the views
from the windows. Furniture and accessories will be asymmetrical to create the
casual and serene mood.
Figure1. The Octopus.

7. Space Analysis:
Kitchen
Size: 112 sq ft approx.
10’ window on east wall, includes views of park areas
Orientation of Windows: 1 North, 10’ floor to ceiling windows on east wall along entire kitchen
Natural traffic flow of the space: The kitchen is accessible in two directions. The first is from the
main level (lower level) north of the staircase and the second is from the roof deck staircase,
heading north through the living room, then dining room to the kitchen.
Positives and negatives of the space: Positives are that there is adequate space to include the
necessities such as a stove, refrigerator, sink and cabinetry. Additionally there are 10’ window
along the east wall. The negative is that it is rectangular.
Dining Area
Size: 141.5 sq. ft.
Architectural Focal Point: 10’ east wall windows
Orientation of Windows: east wall only
Natural traffic flow of the space: The dining area can be accessed from the main (lower level)
west of the east placed staircase and extends towards the south. It is located slightly right to
the center of the floor.
Positives and negatives of the space: The positives are that there is ample space for dining and
the 10’ east windows allow a view.

8. Master Bedroom
Size: 144.5 approx.
Architectural Focal Point: Windows located on the north and west sides of the room.
Orientation of Windows: 1 single window north, 1 single window west.
Natural traffic flow of the space: The master bedroom can be accessed to the far west of the
upper level from the staircase leading to the main (lower) level.
Positives and negatives of the space: The positives are that there is a walk in closet, a bathroom
and natural light. The negatives are that it if the client prefers symmetry the addition of the bed
will likely be asymmetrical to the windows.
Master Bathroom
Size: 48 sq ft
Architectural Focal Point: None noted.
Orientation of Windows: None.
Natural traffic flow of the space: The master bathroom is located southeast of the master
bedroom.
Positives and negatives of the space: Positives are that there is an on suite, the negative is that
it appears small and there is no natural light.
Living Room
Size: 454 approx.
Architectural Focal Point: 10’ windows along the east and south walls

9. Orientation of Windows: All along the east and south walls.
Natural traffic flow of the space: The living area is accessed in two ways. The first is mainly
south of the main (lower) level staircase. The second way it is accessed is from the door from
the roof top deck located at the southwest side of the upper level.
Positives and negatives of the space: The positives are that there are wall to wall ceiling to floor
10’windows offering exceptional views. The negative is the consideration of furniture
placement i.e how to keep the windows/ views from obstruction.
Home Office
Size: 116’ 5” approx.
Architectural Focal Point: Window north side of the main (lower) level
Orientation of Windows: 1 single north side of room
Natural traffic flow of the space: The office is accessed northwest of the staircase from the
upper level.
Positives and negatives of the space: Positives are that there is a storage closet and a window.
The potential negative maybe furniture placement that is ergonomic with appropriate
clearances.

16. CODES ANALYSIS CHART COMPLETED BY: Team 2
LIVING ROOM HUMAN FUNCTIONS CODE CODES ANALYSIS/UPDATES
Room Dimensions 12’- ½” W 21’-8 5/16” L = 265 Sq. Ft The
living room exceeds the minimum of 70
square feet of area. It will act as a room with
a minimum of 120 square feet in area. It also
exceeds the minimum of 7 feet in any
dimension.
Every dwelling unit must have at least one room with at least
120 square feet of floor area. All other habitable rooms,
except the kitchen should have an area not less than 70
square feet and should not be less than 7 feet in any
dimension.
Doors and Windows Operable doors- 1 Operable windows- 9 All
windows are floor to ceiling Room exceeds
minimum of 1 operable window/door
Windows: Basements and every sleeping room in the dwelling
units must have at least one operable window or door
approved for an emergency escape or rescue. It should open
directly into a public street, public alley, yard, or exit court.
The emergency door or window should be operable from
inside to provide a full and clear opening without the use of
tools. Escape windows must have a minimum height of 24
inches and a width of 20 inches.
Lighting and Ventilation South wall windows- 21’-6” East wall windows-
14’-3” West wall windows- 8’-2” Together all
the windows are 44’ which takes up the
required 1/10 floor minimum. Windows also
provided natural ventilation.
All habitable rooms within a dwelling must have natural
lighting by means of exterior glazed openings. These glazed
openings must individually be a minimum of 10 square feet,
and altogether, within each habitable space, must equal an
area not less than one-tenth of the floor. All habitable rooms
within a dwelling must provide for natural ventilation by
means of exterior openings, each with a minimum of a 5
square floor area and a total area of not less than one-
twentieth of the floor area of such rooms.

17. Electrical Receptacles located 8’ to 12’ apart; must be
on any wall more than 2’ Placed in hallways
over 10’ long.
For most areas of the house, receptacles must be no more
than 12 feet apart and no more than 6 feet from a door or
entryway. Outlets located behind stationary appliance like a
refrigerator or a washing machine do not count when plug
spacing. Any wall space that is 2 feet or more in width must
have a receptacle. Every hallway over 10 feet long must have
at least one receptacle. 10 plugs allowed on a single circuit.
Mechanical Equipment Space is has capacity to be heated to 70
degrees Fahrenheit and above.
Exhaust ducts shall be constructed of minimum 0.016-inch
thick (0.4 mm) ridged metal ducts, having smooth interior
surfaces with joints running in the direction of flow. All
materials used shall be installed in strict accordance with the
standards under which the materials are accepted and
approved. In the absence of such installation procedures, the
manufacturer’s instructions shall be followed. Where the
requirements of referenced standards or manufacturer’s
instructions do not conform to minimum provisions of this
code, the provisions of this code shall apply.
KITCHEN HUMAN FUNCTIONS
CODE CODES ANALYSIS/UPDATES
Room Dimensions · R304.1 Minimum area. Every dwelling
unit shall have at least one habitable room
that shall have not less than 120 square feet
of gross floor area.
· Size: 18' - 8 3/4" x 6' - 6 1/2" = 122 sq. ft. The room
exceeds the minimum of 120 sq. ft.
Doors and Windows · R303.1 Habitable Rooms. All habitable
rooms shall be provided with aggregate
glazing area of not less than 8 percent of the
floor area of such rooms.
· Window A: 2’-6” x 10”/ Window B: 5’-1 5/8” x 10”
Neither window is operable, but exceeds the minimum 8
percent floor area provided.

18. Lighting and Ventilation · R303.1 Habitable Rooms. All habitable
rooms shall be provided with aggregate
glazing area of not less than 8 percent of the
floor area of such rooms. R303.8 Required
Heating. Every dwelling unit shall be provided
with heating facilities capable of maintaining a
minimum room temperature of 68 F at a point
3 feet above the floor and 2 feet from exterior
walls in all habitable rooms, baths, and toilet
rooms at the design temperature specified in
Table R301.2(1). The installation of one or
more portable space heaters shall not be used
to achieve compliance with this section.
· Window A: 25 sq. ft. Window B: 50 sq. ft. Windows
exceed the 8 percent minimum floor area. Though the
windows are not operable mechanical ventilation is provided
through the hood which meets code.

19. Electrical · Article 210 (B) Other Than Dwelling
Units. All 125-volt, single-phase, 15- and 20-
ampere receptacles installed in the locations
specified in (1) through (8) shall have ground-
fault circuit-interrupter protection for
personnel. 210.52 Dwelling Unit Receptacle
Outlets. This section provides requirements
for 125-volt, 15- and 20-ampere receptacle
outlets. The receptacles required by this
section shall be in addition to any receptacle
that is: Part of luminaire or appliance, or
Controlled by a wall switch in accordance with
210.70(A)(1), Exception No. 1, or Located
within cabinets or cupboards, or Located more
than 1.7m (5 ½ ft.) above the floor 210.52
Dwelling Unit Receptacle Outlets (B) Small
Appliances. Receptacle Outlets Served. In the
kitchen, pantry, breakfast room, dining room,
or similar area of a dwelling unit, the two or
more 20-ampere small-appliance branch
circuits required by 210.11(C)(1) shall serve
all wall and floor receptacle outlets covered by
210.52(A), all countertop outlets covered by
210.52(C), and receptacle outlets for
refrigeration equipment.
· All kitchen countertops must have GFI protected plugs.

20. Mechanical Equipment · M1502.1 General. Range hoods shall
discharge to the outdoors through a single-
wall duct. The cut serving the hood shall have
a smooth interior surface, shall be air tight and
shall be equipped with a backdraft damper.
Ducts serving range hoods shall not terminate
in an attic or crawl space or areas inside the
building. M1503.1 Installation of Microwave
Oven or a Cooking Appliance. The installation
of a listed and labeled cooking appliance or
microwave oven over a listed and labeled
cooking appliance shall conform to the terms
of the upper appliance’s listing and label and
the manufacturer’s installation instructions.
The microwave oven shall conform to UL 923.
M1506.3 Ventilation Rate. Ventilation systems
shall be designed to have the capacity to
exhaust the minimum air flow rate determined
in accordance with Table M1506.3. (Kitchens-
100cfm Intermittent or 25 cfm continuous).
· The area above the stove needs to have ventilation that
leads to the outside of the home to meet code.

21. Manufacturer's
Installation
· M1305.1 Appliance access for
inspection service, repair and replacement.
Appliances shall be accessible for inspection,
service, repair and replacement without
removing permanent construction. Thirty
inches of working space shall be provided in
front of the control side to service an
appliance. M1306.1 Appliance Clearance.
Appliances shall be installed with the
clearances from unprotected combustible
materials as indicated on the appliance label
and in the manufacturer’s installation
instruction. M1307.1 General. Installation of
appliances shall conform to the conditions of
their listing and label and the manufacturer’s
installation instruction. The manufacturer’s
operation and installation instructions shall
remain attached to the appliance.
· Each appliance should be installed by the instruction
guide provided by the company, and allow plenty of clearance
for future maintenance.
STAIRS HUMAN FUNCTIONS
CODE CODES ANALYSIS/UPDATES

22. Stairways, handrails,
guardrails
R311.5 Stairways Width- Stairways shall not
be less than 36 inches in clear width
Headroom – The minimum headroom in all
parts of the stairway shall not be less than 6
feet 8 inches Riser Height- The maximum
riser height shall be 7 ¾ inches Tread Depth-
The minimum depth shall be 10 inches
Landings- There shall be a floor or landing at
the top and bottom of each stairway.
Handrails- Handrails should be provided on at
least one side of each continuous run of
treads or flight with four or more risers.
Handrail Height- not less than 34 inches and
not more than 38 inches Handrail Continuity –
Handrails for stairways shall be continuous for
the full length of the flight Guards Required-
Porches balconies or raised floor surfaces
located more than 30 inches above the floor
or grade below shall have guards not less
than 36 inches in height. Guard Opening
Limitations- Required Guards on open sides
of stairways, raised floor areas, balconies and
porches shall have intermediate rails or
ornamental closures which do not allow the
passage of a sphere 4 inches or more in
diameter.
The stairs of the house are 3 feet which is exactly 36 inches in
width. The height floor to floor is 10 feet which is more than 6
feet 8 inches. There is a floor at the top and bottom of the
stairway. There is handrail on one side and a guard on the
other two sides where needed. The handrails are the length of
the full stairway.
BATHROOM HUMAN FUNCTIONS
CODE CODES ANALYSIS/UPDATES

23. Room Dimensions (IRC) R305.1.4) Bathrooms shall have a min.
floor to ceiling height of 80" over the fixture
and at the front clearance area for fixtures. A
shower or tub equipped with a shower head
shall have min. floor to ceiling height of 80"
above a min. area 30"x30" at the shower
head. (IRC R 307.1) A min. space
of at least 21" must be planned in front of
lavatory, toilet, bidet and tub.
(IRC P 2705.1.5) A min. of at least 24" must
be planned in front of a shower entry.
( SBC 1208.2 Min. Ceiling heights)
Bathrooms ceiling height no less than 7'
Current dimensions with renovation 6'x10'=60SF
The ceiling height in the bathroom is 10'=120" < 40" above
min. requirement of 80"
There are two lavatories, 1 toilet each meet the min. space
requirement in front, 21", 1st has 31"< 10", 2nd has 48"<27" ,
the toilet has 33"< 12"
The shower min. is 24" in front, current distance is 35"< 11"
The min. distance of 15" from lavatory center line to wall is
exceeded both lavatories, 33"< 18", 29"< 14"
The min requirement for the shower is 30"x30",
shower is 36"x48"<2"x18" exceeding min.
The ceiling height meets code current 10'< 3", min. 7'
Doors and Windows The IRC is silent as to door widths and heights
of interior doors. (IRC P 2708.1)
Hinged shower doors shall open outward.
( ADA) the clear door opening must be 32"
wide with the door fully open which usually
requires a 34" wide door at min.
Universal Design min. suggest 34" clear
opening requiring a 36" door opening
The glass shower door needs to be hinged to swing outward
meeting code
Bathroom doors, there is no clear guidelines from IRC, the city
or state. ADA has guidlines that can be used but are not
required.
Lighting and Ventilation (IRC E 3901.6, IRC E 38 03.2) At least one
wall-switch controlled light must be provided.
Switch must be placed at the entrance.
(IRC E 3903.8) All light fixtures installed
within the tub shower spaces should be
marked "suitable for damp/wet locations".
(IRC E 3903.10) Hanging fixtures cannot be
located within a zone of 3' horizontially and 8'
vertically from the top of the bathtub rim.
(IRC R 303.3, IRC M 1506.3) Min. ventilation
for the bathroom is to be a window of at least
3 SF of which 50% is operable, or a
mechanical ventilation system of at least 50
cubic feet per minute (cfm) ducted to the
outside.
2 light switches one located by each entrance/ door need to
be installed
There will be canned lights that are suitable for "damp/wet"
above the shower at 120" < 24" above min. requirement of
96" (HVI) Heating Ventilation Institute recommend a
small bathroom less than 100SF of floor space, the exhaust to
be sized to provide ventilation of 1 cfm per sq ft. (about eight
air changers per our). This usually results in a ventilation
requirement less than 50cfm, so the code min. fan size must
be used. This bathroom is 60 SF, so a 50cfm is required.

24. Electrical (IRC E 3801.6) At least one GFCI protected
receptacle must be installed within 36" of the
outside edge of the lavatory.
(IRC 3802.1) All receptacles must be
protected by Ground-fault-circuit-interrupters
(GFCI). (IRC E 3902.10) A
recptacle shall not be installed within a shower
or bathtub space.
(IRC E 3901.7) Switches shall not be installed
within wet locations in tub or shower spaces
unless installed as part of the listed tub or
shower assembly (Seattle Electrical Code)
(210.8) Ground- Fault Circuit-Interrupter
Protection for Personnel. (A) Dwelling Units.
All 125-volt, single-phase, 15- and 20- ampere
receptacles installed in locations specified
(SEC 210.52 Dwelling Unit Receptacle Outlet
(D) Bathrooms) at least 1 receptacle outlet
shall be installed in bathrooms within 3 ft of
the the outside edge of the basin.The
receptacle outlet shall be located on a wall or
partition that is adjacent to the basin or basin
countertop, or installed on the side or face of
the basin cabinet no more than 12 inches
below the countertop.
A GFCI protected receptacle needs to be installed, within 36"
max, from the ouside edge of the lavatory when the counter
space is reconfigured.
All the receptacles need to be 125-volt, single-phase, 15-and
20- ampere,
There are no outlets or switches located in the shower area
Any additional outlets will have to meet (SEC 210.52) located
no more than 3' away from basin edge on an adjacent wall or
partitionor or installed on the face of the basin cabinet no
more than 12 "below countertop
Mechanical Equipment (IRC M 1307.1) All equipment, including
access panels, must be installed as per
manufacturers' specifications. (IRC P
2720.1) All Manufacturers' instructions must
be available for installers and inspectors and
left for homeowners.
An access panel will have to be accessible to the shower on
the E facing side

25. Plumbing Fixtures (IRC P 2708.1, IPC 417.4) The min. interior
shower size is 30"x30" or 900 sq inches, in
which a disk of 30" in diameter must fit.
(IRC P2708.3) Shower and Tub/ shower
control valves must be one of the following: 1.
pressure balanced, 2. Thermostatic mixing, or
3. Combination pressure balance/thermostatic
mixing valve types.
(IPC 417.4.1, IRC R 307.2) The wall area
above a tub or shower pan must be covered in
a waterproof material to a height of not less
than 72" above the finished floor.
(SBC 1210.2.3 Showers) Shower
compartments and walls above bathtubs with
installed shower heads shall be finished with a
smooth, nonabsorbant surface to a hegiht not
less than 70" above the drain inlet.
(IRC R 307.2, IRC P 2705.1.5, IPC
405.3.1) A min. distance of 15" is required
from the centerline of the toilet and/ or bidet to
any bath fixture, wall or other obstacle.
(IPC 405.3.1) The min. distance from the
centerline of the lavatory to wall is 15".
The shower meets code by installing a Combination
Thermostatic mixing and pressure balanced control valves.
The shower meets the code for the waterproof material above
the shower pan of (IRC) 72",and (SBC) 70". We will have the
waterproof material go 3" above the shower head height.This
is the recommended height by the NKBA (The National Kitchen
an Bath Association"
The toilet meets the min. code of 15" for distance between
the centerline of the toilet and nearest obsticle/wall.
BEDROOM HUMAN FUNCTIONS
CODE CODES ANALYSIS/UPDATES
Room Dimensions R304.1 Every dwelling unit shall have at least
one habitable room that shall have not less
than 120 square feet (11 m2) of gross floor
area. R304.3 Minimum dimensions.
Habitable rooms shall not be less than 7 feet
(2134 mm) in any horizontal dimension (ICC).
The min. here is to have a room not smaller than 120 gross sq.
ft (gross i.e. measuring the ext. wall dimensions in which I
approximated about 170 g.s.f. (I was unsure if the wall to the
closet should be considered a continuation of the wall on the
right by the bathroom. if it is a continuation there are no
horizonatal walls less than 7 ft. If it is not considered a
continuation then this would not be allowed as it is just over 2
ft. approx.)

26. Doors and Windows R311.2 Egress door. X1 door per dwelling
unit, side hinged, min. clear width of 32", open
90 degrees, operable without key, special
knowledge or effort (ICC)." R310.1
Emergency escape and rescue required.
R310.1.2 Minimum opening height. The
minimum net clear opening height shall be 24
inches (610 mm). R310.1.3 Minimum opening
width (ICC)." The minimum net clear opening
width shall be 20 inches (ICC)."
The WA. Meets the R311.2 standard in that there is one door
side hinged, open to 90 degrees and it has a clear width of 36"
in which the min. is 32". The windows opening width is to be
20" and there are more than 1 and their widths measure 48"
aka 4ft.
Lighting and Ventilation R303.1 Habitable Rooms: Natural ventilations
shall be through windows, doors, louvers or
approved openings to the outdoors and readily
controllable. Min openable are to outside shall
be 4% of the floor area ventilated. R303.9
Required heating. When the winter design
temperature in Table R301.2(1) is below 60°F
(16°C), every dwelling unit shall be provided
with heating facilities capable of maintaining a
minimum room temperature of 68°F (20°C) at
a point 3 feet (914 mm) above the floor and 2
feet (610 mm) from exterior walls in all
habitable rooms at the design temperature.
The installation of one or more portable space
heaters shall not be used to achieve
compliance with this section. Lighting- 210.52
Dwelling Unit Receptacle Outlets 125-v, 15
and 20ampre receptacle outlet when attached
to a light with a switch or luminaire (SEC)."
The master bedroom shows to have more than the 1 required,
having 2 for natural ventilation. So this meets IBCC compliance
standards.

27. Electrical and smoke
detector
210.52 Dwelling Unit Receptacle Outlets 125-
v, 15 and 20ampre receptacle outlet (SEC)
R314.1 Smoke Detections and Notification:
listed and labled in accordance with Ul 217,
and installed with code provisions and the fire
warning equipment provisions of NFPA 72.
R314.2 Some Detections Systems is a combo
system of a detector and audible notification to
be installed, approved and maintained in
accordance with NFPA 72 (ICC). R314.3
Location. 1. in each sleeping form or 2 outside
each sleeping room.
There are no noted outlets nor smoke detections or
detections systems; therefore this would no be within
compliance standards.

28. Discussion Question #1: Answered by Sarah Rutkove
• How will this information advance your future application of code factors while designing?
I will make sure I follow the codes that are of the area where I will be designing.
Discussion Question #2: Answered by Phylicia Cox
• Does the expanded criteria matrix format assist in organizing the program analysis?
The expanded criteria matrix is a great way to organize the program analysis by keeping everything
separate and professional. The criteria matrix keeps all items separate for optimal organization while
also keeping everything in a chart to make sure every element and code is accounted for.
Discussion Question #3: Answered by Donna Keltz
• How sensible is the code compliance related to one of the analysis topics in residential design?
The code compliance I’m addressing is Plumbing. When referencing the codes related to the bathroom
the IRC was very specific as to where each toilet, sink, shower, tub could be in relationship to one
another. There isn’t a configuration not addressed with clear guidance. When trying to find the local
code requirements for Seattle Washington, it took me all over the place. The parts of the chapter on
plumbing was omitted, and referenced to the State code. Then I went to the State code and it and it
didn’t give any further guidance. So I assumed that the IRC is then the answer for the codes. Now I did
find the code for waterproofing the wall for the shower/tub in Seattle to be of interest. The IRC
recommends a higher compliance than the city does? If anything I expected it to be stricter. Overall the
plumbing codes for Bathrooms are very clear.
Discussion Question #4: Answered by Frances Helms
• Select a topic from the ones listed above, and discuss why you feel the surrounding factors
demanded code compliance.
When looking at the Kitchen area, you can see that the electrical outlets need to be GFI (ground
fault interrupter) protected. I believe that this demands code compliance because it can prove to be
fatal if left as a standard plug. If this code is not followed “an electrical circuit in a wet area can
deliver a fatal shock before a normal circuit breaker could trip…this condition can only occur when
the rated or amperage, is in excess of the nameplate rating of the interrupt device” (Bayne).
However a GFI or GFCI will help prevent electrical shocks and power flow through the plug. “The GFI

29. and GFCI will still shut down a circuit due to a high overcurrent, but it can also read an imbalance
between the neutral or ground wire and the feeding hot wire…it can also perform this task in less
than a millisecond” (Bayne). This fast response time will help eliminate shocks and keep the whole
family protected, because when you’re dealing with plugs that are close to water sources it is best
to be safe than sorry, so following codes in this area is very important.
Discussion Question # 5: Answered by Gina Roberson
• Select one topic above and compare and contrast the factors of the researched code
to the code in your own locality.
Due to the 2008 Seattle Electrical code attachment I decided to research the differences among the
Seattle code and my local code which uses The National Fire Protection Assoc. (NFPA) 70 standards.
I was hoping to see the differences among residential dwelling units and my local codes which use
NFPA 70 here in El Paso, Texas. The comparison is that both provide for requirements for a 125-volt,
15- and 20-ampere receptacle outlets. Both sections from the NFPA 70 and the Seattle Electrical
Code 210.52 were identical. Lastly because my area and the Seattle are mainly used all International
Council Codes there were no other categories listed above to compare and contrast to.
Works Cited:
2008 Seattle Electrical Code (2008). Seattle.gov. Web.
09/16/2014. http://www.seattle.gov/dpd/cs/groups/pan/@pan/.../dpdd017013.pdf
“Chapter 3-Building Planning; Chapter 13-General Mechanical System Requirements; Chapter 15-
Exhaust Systems”. 2003 Seattle Residential Code. 2003.Web.
09/16/2014. http://www2.iccsafe.org/states/seattle/seattle_residential/res_frameset.htm
Bayne, G.K. “What is GFI?”. EHow. ehow.com. n/a. Web.
09/16/2014. http://www.ehow.com/about_5068686_gfi.html
"Unsupported Browser." Inkling. N.p., n.d. Web. 16 Sept. 2014.
<https://www.inkling.com/read/nfpa-70-national-electrical-code-handbook-
2014/chapter-2/iii--required-outlets>.

36. 3D MODEL LIVING ROOM (1)

37. 3D MODEL LIVING ROOM (2)

38. 3D MODEL LIVING ROOM (3)

39. Roberson Designs
FURNITURE SPECIFICATION SHEET
PROJECT: Mary Duncan
DESIGNER: Gina M. Roberson
KEY: F-1
ROOM: DINING ROOM
MANUFACTURER: LEXINGTON
ITEM/NAME: CAPE VERDE UPHOLSTERED ARM CHAIRS
FINISH: TAMARIND
FABRIC: 1102-11; 6120-31
MANUFACTURER: LEXINGINTON
ITEM #/NAME: CAPE VERDE UPHOLSTERED ARM
CHAIRS
COLOR: WHITE AND NAVY
PATTERN: 1102-11; 6120-31
REPEAT:
PRICE PER UNIT: CALL FOR QUOTE
UNITS NEEDED:4
TOTAL COST: CALL FOR QUOTE
FIGURE 2. CAPE VERDE UPHOLSTERED ARM
CHAIR
DESCRIPTION:
Dimensions: 26¼W x 29¼D x 41½H in.
Inside Width: 21½ in.
Inside Depth: 20 in.
Arm Height: 24¼ in.
Seat Height: 19 in.
REMARKS: