Question

For the piping component shown, calculate the magnitudes of the moments that act at the section which contains points H and K. Assume a = 70 in., b = 44 in., c = 22 in., Fx = 1400 lb, Fy = 800 lb, and F₂ = 600 lb. Answer: (a) Mx = i lb-in (b) My = i lb-in (c) Mz = i lb-in

Name: for the piping component shown calculate the magnitudes of the moments that act at the section which contains points h and k assume a 70 in b 44 in c 22 in fx 1400 lb fy 800 lb and f2 600 lb 80765
Uploaded: 2022-06-21T18:23:43-08:00
Duration: 4 min 7 s
Channel: Adi S
Description: for the piping component shown calculate the magnitudes of the moments that act at the section which contains points h and k assume a 70 in b 44 in c 22 in fx 1400 lb fy 800 lb and f2 600 lb 80765

          For the piping component shown, calculate the magnitudes of the moments that act at the section which contains points H and K.
Assume a = 70 in., b = 44 in., c = 22 in., Fx = 1400 lb, Fy = 800 lb, and F₂ = 600 lb.
Answer:
(a) Mx = i lb-in
(b) My = i lb-in
(c) Mz = i lb-in

for the piping component shown calculate the magnitudes of the moments that act at the section which contains points h and k assume a 70 in b 44 in c 22 in fx 1400 lb fy 800 lb and f2 600 lb 80765

Added by Regina R.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

06/21/2022

Step 1

$M_x = F_y \cdot b - F_z \cdot c = 800 \cdot 44 - 600 \cdot 22 = 35200 - 13200 = 22000$ lb-in Show more…

Show all steps

Thanks for your feedback!

For the piping component shown, calculate the magnitudes of the moments that act at the section which contains points H and K. Assume a = 70 in., b = 44 in., c = 22 in., Fx = 1400 lb, Fy = 800 lb, and F₂ = 600 lb. Answer: (a) Mx = i lb-in (b) My = i lb-in (c) Mz = i lb-in