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Civil Engineering
An office space (35ft x 25ft x 15ft) high. The space contains three (6ft x 2.5ft) poorly fitted doors made of nominal 2 in wood, and three double-hung metal windos, weather-stripped, unlocked, each (4ft x 4ft), the bottom of the lower sash is 3.5ft from the floor. A temperature of 80°F at breath line is maintained in the space when it is 10°F outside. Compute the total heat loos Vwind 15 mph, uwall = 0.3 Btu/hr.ft². °F, Uroof = 0.3 Btu/hr. ft². °F, = 1.13.

An office space (35ft x 25ft x 15ft) high. The space contains three (6ft x 2.5ft) poorly fitted doors made of nominal 2 in wood, and three double-hung metal windos, weather-stripped, unlocked, each (4ft x 4ft), the bottom of the lower sash is 3.5ft from the floor. A temperature of 80°F at breath line is maintained in the space when it is 10°F outside. Compute the total heat loos Vwind 15 mph, uwall = 0.3 Btu/hr.ft². °F, Uroof = 0.3 Btu/hr. ft². °F, = 1.13.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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An office space (35ft x 25ft x 15ft) high. The space contains three (6ft x 2.5ft) poorly fitted doors made of nominal 2 in wood, and three double-hung metal windos, weather-stripped, unlocked, each (4ft x 4ft), the bottom of the lower sash is 3.5ft from the floor. A temperature of 80°F at breath line is maintained in the space when it is 10°F outside. Compute the total heat loos if, wind= 15 mph, Uwall = 0.3 Btu/hr. ft2. °F, Uroof = 0.3 Btu/hr. ft². °F, F, ug: = 1.13.
Transcribed Image Text:An office space (35ft x 25ft x 15ft) high. The space contains three (6ft x 2.5ft) poorly fitted doors made of nominal 2 in wood, and three double-hung metal windos, weather-stripped, unlocked, each (4ft x 4ft), the bottom of the lower sash is 3.5ft from the floor. A temperature of 80°F at breath line is maintained in the space when it is 10°F outside. Compute the total heat loos if, wind= 15 mph, Uwall = 0.3 Btu/hr. ft2. °F, Uroof = 0.3 Btu/hr. ft². °F, F, ug: = 1.13.
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