Question

Calculate the equivalent resultant force for the following loading system and determine
the location of the resultant force intersects the member BC from point C.
St
DOID
175 lb
A) 416 lb, 0.1 ft
B) 416 lb, 10.9 ft
C) 325 lb, 2.29 ft
D) 260 lb. 8.71 ft
Neo​

Answer 1

Explanation:

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Answer 2

The equivalent resultant force from point C to S will be D - 260LB. 8.71 ft.

• Consider the flow of air above a plate with a velocity of 5 m/s and a length of 0.5 m (kpiente = 2.154 W/m -K), the prop A) Boiling Temperature B) Saturation Temperature C) Stagna Temperature is the temperature at which a substance changes phase. When a structure is stressed, irreversible changes occur.
• B) DucA automobile consumes a certain amount of petrol. Consider a flow of air over a plate (kpiente = 2.154 W/m -K) with a velocity of 5 m/s and a length of 0.5 m; the attributes of air are as follows: kar = 36.4x10 W/m-K v=30.84x10-6 m/s Pr =0.687 kar = 36.4x10 W/m-K v=30.84x10-6 m/s Calculate the heat transfer coefficient on an average basis. 4.18 W/m2K, 8.14 W/m2K, 18.4 W/m2K, and 12.14 W/m2.K