1. Determine the maximum weight of A that will permit the 400 lh block B to slide without tipping over 4' 18 B h=3' f, = 0.30 %3D SW=644 lb TE =12 in. A 2. Assume the maximum strength of the cord supporting block A in Figure l-2 is 700 kand of that joining drums B and C is 1200 lb. If the brake is applied too suddenly, one of these cords will fail. Which one will it be and at what brake force P? W- 483 Ib) -1.414 P-200 Ib W 386.4 lb (-0.5 B A W- 322 lb ANSWER: 1.) 199 k 2.) 304 b,

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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1. Determine the maximum weight of A that will permit the 400 lb block B to slide
without tipping over
B
h=3'
f =
= 0.30
ſW=644 lb
lk = 12 in.
A
2. Assume the maximum strength of the cord supporting block A in Figure l-2 is 700
kand of that joining drums B and C is 1200 lb. If the brake is applied too
suddenly, one of these cords will fail. Which one will it be and at what brake force
P?
W- 483 Ib)
A=1.414
P-200 Ib
(W-386.4 lb
(-0,5
B
krte
W•322 lb
ANSWER:
1.) 199 lk
2.) 304 k
Transcribed Image Text:1. Determine the maximum weight of A that will permit the 400 lb block B to slide without tipping over B h=3' f = = 0.30 ſW=644 lb lk = 12 in. A 2. Assume the maximum strength of the cord supporting block A in Figure l-2 is 700 kand of that joining drums B and C is 1200 lb. If the brake is applied too suddenly, one of these cords will fail. Which one will it be and at what brake force P? W- 483 Ib) A=1.414 P-200 Ib (W-386.4 lb (-0,5 B krte W•322 lb ANSWER: 1.) 199 lk 2.) 304 k
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