1. Winds of 50 mph happen frequently around high-rise buildings. What is the total lift force...
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1. Winds of 50 mph happen frequently around high-rise buildings. What is the total lift force that such a wind exerts on a 2'x3' glass window? What is the weight of this pane, if its width is 4 inch? The density of glass is 2.5 x 10kg/m. 2. A shingle of dimensions 8"x16" has to withstand the lift force created by winds of up to 80 miles per hour. (a) What is the total lift force (in N) created by such a wind on the shingle? (b) The shingle is held in place by two adhesive strips, each 1" wide (see figure). What is the minimal "adhesive stress" (in N/m) that the 16" Wind, 80 mph Adhesive strips strips should provide to counter the lift force? Consider the weight of the shingle as a safety factor. It does not count in the balance of the forces. 1. Winds of 50 mph happen frequently around high-rise buildings. What is the total lift force that such a wind exerts on a 2'x3' glass window? What is the weight of this pane, if its width is 4 inch? The density of glass is 2.5 x 10kg/m. 2. A shingle of dimensions 8"x16" has to withstand the lift force created by winds of up to 80 miles per hour. (a) What is the total lift force (in N) created by such a wind on the shingle? (b) The shingle is held in place by two adhesive strips, each 1" wide (see figure). What is the minimal "adhesive stress" (in N/m) that the 16" Wind, 80 mph Adhesive strips strips should provide to counter the lift force? Consider the weight of the shingle as a safety factor. It does not count in the balance of the forces.
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This image presents two physics problems related to forces exerted by wind Since they are separate questions lets address them individually The first ... View the full answer
Related Book For
Foundations of Financial Management
ISBN: 978-1259024979
10th Canadian edition
Authors: Stanley Block, Geoffrey Hirt, Bartley Danielsen, Doug Short, Michael Perretta
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