A 640 m high tv tower has a parabolic wind loading as shown with the vertex hw 160 m above the ground. If the maximum loading is 200 N/m and the loading at the bottom is 178 N/m, what is the equivalent single load force? Wtop =0 B hB D Whattom WC The equivalent load is WD N(Click to select) located |above the ground.
A 640 m high tv tower has a parabolic wind loading as shown with the vertex hw 160 m above the ground. If the maximum loading is 200 N/m and the loading at the bottom is 178 N/m, what is the equivalent single load force? Wtop =0 B hB D Whattom WC The equivalent load is WD N(Click to select) located |above the ground.
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![A 640 m high tv tower has a parabolic wind loading as shown with the vertex hw- 160 m above the ground.
If the maximum loading is 200 N/m and the loading at the bottom is 178 N/m, what is the equivalent single
load force?
Wrop = 0
B
hB
hw
D
A
Whottom
wC
The equivalent load is
N(Click to select)- located
]above the ground.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F76d280fd-a2d3-4307-9da2-4457c60f7fcb%2F7d41bd05-6d54-41c0-9731-bf13c9925a87%2Fw4k362_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A 640 m high tv tower has a parabolic wind loading as shown with the vertex hw- 160 m above the ground.
If the maximum loading is 200 N/m and the loading at the bottom is 178 N/m, what is the equivalent single
load force?
Wrop = 0
B
hB
hw
D
A
Whottom
wC
The equivalent load is
N(Click to select)- located
]above the ground.
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