Consider a contemporary single-family detached house located in suburban Milwaukee, Wisconsin. The home is a single-story structure with an attached unheated garage that is insulated in the same fashion as the house living space. The house is located on a 0.75 acre lot (which is large compared to most suburban densities) and has several small trees and shrubs near the house. The house is designed to have an air change rate of 0.5 ACH under typical weather conditions, is maintained at 70}F year-round, and has the following characteristics:

General	Occupants	4
	Pets (large dog)	1
	Bedrooms (typical furniture and decorations)	3
	Living Room (typical furniture and decorations)	1
	Dining Room	1
	Bathrooms	2
	Kitchen (typical appliances)	1
	Laundry room (typical appliances)	1
	Basement footprint	2500ft^2
	Gross floor area (including garage)	3000 ft^2
	Living gross floor area	2500 ft^2
	Perimeter (including garage0	360 ft
	Wall heights	8 ft
	Gross wall area	2800 ft^2
	Overhang	None
	Window area (evenly distributed on 4 sides of house)	300 ft^2
	Door area (3 doors)	60 ft^2
	Garage door area	120 ft^2
	Roof area (including garage)	3500 ft^2
Wall Construction	Wood siding, bevel, 0.5"x8" tapered
	Plywood sheathing, 0.5"
	Framing, nominal 2x4, 16-in center, with fiberglass batt insulation
	Gypsum, 0.5"
Roof construction	Wood shingles, cedar shake
	Felt building paper
	Plywood sheathing, 0.5"
	Framing, nominal 2x6 trusses, 24" centers
	23* roof pitch
Ceiling construction	Cellulose insulation, blown in, 8"
	Framing, nominal 2x6 trusses, 24" centers
	Gypsum, 0.5"
Lighting	LED lights
Window Construction	Insulating glass, double, 0.5" airspace, wood sash and frame
	Loosely drawn interior drapery
Door construction	Solid-core wood doors, 1.75", no glazing, no storm doors
Garage door construction	U=55 Btu/h-ft^2-*F

Determine the following:

a. Heating and cooling loads due to infiltration under the design Winter and Summer conditions.

b. Overall UA values for each element of the building envelope (i.e., wall, roof, window, door, etc.)

c. Heating load combination due to sensible heat transmission.

d. Total heating load.

Using textbook "Heating, Ventilating, and Air Conditioning 6th Edition" chapter 5 and 6 tables solve.