NCARB ARE 5.0 - PPD Study Set with all Correct & 100%
Verified Answer |Latest Update |Already Graded A+
1. 1: Conventional
Psychrometric Chart and Standard Design
Dehumidification
Prac-tices for Each Zone
2: Natural Ventilation
3: Comfort
4: Passive Solar Heating
5: Active Solar & Conventional
Heat-ing
6: Humidification
7: Evaporative Cooling
8: High-Mass Cooling
9: High-Mass Cooling with night
ven-tilation
10: Conventional air conditioning
1: Cubicle shapes, partially
2. Design Strategies for Cold
underground 2: Minimize exterior
Climates (Canada, Northern Part
surface area
of Middle US, Mountain Regions,
3: Minimize doors & windows on North
CO & WY)
walls 4: Entries with air locks
5: Block winter
winds 6: Compact
forms
7: Large windows facing South, small
windows East & West
8: Interior materials with high thermal
mass 9: Dark or medium exterior
colors
10: Minimize Northern exposure
11: Place @ lower middle of Southern slopes
3. Design Strategies for Hot-
Humid Cli-mate (Southeastern 1: Most diflcult to design for without active
US) me-chanical cooling
2: Shading with vegetation or double roofs
, NCARB ARE 5.0 - PPD Study Set with all Correct & 100%
Verified Answer |Latest Update |Already Graded A+
3: Maximize natural ventilation using narrow floor plans
with cross ventilation, large open windows, porches,
breezeways, large openings, high ceil-
, NCARB ARE 5.0 - PPD Study Set with all Correct & 100%
Verified Answer |Latest Update |Already Graded A+
4: September/March 21st
4. Design Strategies for
Temperate Cli-mate (Middle
latitudes, Northwest and
Northeast US)
5. Design Strategies for Hot-Arid
Cli-mates (Southern California
to South-ern Texas)
6. 1: June 21st
2: July/May 21st
3: August/April 21st
, NCARB ARE 5.0 - PPD Study Set with all Correct & 100%
Verified Answer |Latest Update |Already Graded A+
ings
4: Minimize thermal mass 5:
Shade all openings
6: Light exterior colors 7:
Place @ top of slopes
1: Use wind in summer, block wind in winter
2: Orient to maximize solar gain in winter @ South-
ern exposure, but protect from summer solar gain
with foliage and shading
3: Shade the building in the summer, let sun fall in
winter
4: Rectangular buildings with East-West axis 5:
South faced openings to capture winter sun 6:
Medium exterior colors
7: Place @ middle of slope
1: Shade from direct sun
2: Use high thermal mass materials to absorb heat in
the day and release heat at night
3: Night ventilation to remove heat build-up during
day
4: Use water ponds/pools for evaporative cooling 5:
Compact forms with smallest surface area
6: Minimize size of and shade openings 7:
Light exterior colors
8: Place at bottom of slope or in valleys Sun
Path Diagram Dates
Verified Answer |Latest Update |Already Graded A+
1. 1: Conventional
Psychrometric Chart and Standard Design
Dehumidification
Prac-tices for Each Zone
2: Natural Ventilation
3: Comfort
4: Passive Solar Heating
5: Active Solar & Conventional
Heat-ing
6: Humidification
7: Evaporative Cooling
8: High-Mass Cooling
9: High-Mass Cooling with night
ven-tilation
10: Conventional air conditioning
1: Cubicle shapes, partially
2. Design Strategies for Cold
underground 2: Minimize exterior
Climates (Canada, Northern Part
surface area
of Middle US, Mountain Regions,
3: Minimize doors & windows on North
CO & WY)
walls 4: Entries with air locks
5: Block winter
winds 6: Compact
forms
7: Large windows facing South, small
windows East & West
8: Interior materials with high thermal
mass 9: Dark or medium exterior
colors
10: Minimize Northern exposure
11: Place @ lower middle of Southern slopes
3. Design Strategies for Hot-
Humid Cli-mate (Southeastern 1: Most diflcult to design for without active
US) me-chanical cooling
2: Shading with vegetation or double roofs
, NCARB ARE 5.0 - PPD Study Set with all Correct & 100%
Verified Answer |Latest Update |Already Graded A+
3: Maximize natural ventilation using narrow floor plans
with cross ventilation, large open windows, porches,
breezeways, large openings, high ceil-
, NCARB ARE 5.0 - PPD Study Set with all Correct & 100%
Verified Answer |Latest Update |Already Graded A+
4: September/March 21st
4. Design Strategies for
Temperate Cli-mate (Middle
latitudes, Northwest and
Northeast US)
5. Design Strategies for Hot-Arid
Cli-mates (Southern California
to South-ern Texas)
6. 1: June 21st
2: July/May 21st
3: August/April 21st
, NCARB ARE 5.0 - PPD Study Set with all Correct & 100%
Verified Answer |Latest Update |Already Graded A+
ings
4: Minimize thermal mass 5:
Shade all openings
6: Light exterior colors 7:
Place @ top of slopes
1: Use wind in summer, block wind in winter
2: Orient to maximize solar gain in winter @ South-
ern exposure, but protect from summer solar gain
with foliage and shading
3: Shade the building in the summer, let sun fall in
winter
4: Rectangular buildings with East-West axis 5:
South faced openings to capture winter sun 6:
Medium exterior colors
7: Place @ middle of slope
1: Shade from direct sun
2: Use high thermal mass materials to absorb heat in
the day and release heat at night
3: Night ventilation to remove heat build-up during
day
4: Use water ponds/pools for evaporative cooling 5:
Compact forms with smallest surface area
6: Minimize size of and shade openings 7:
Light exterior colors
8: Place at bottom of slope or in valleys Sun
Path Diagram Dates
