STAEDTL Mars plastic -ium of Coplanar Force Systems ndicated. Calculate weight of the beam. 4.33 Compute reactions at each support for the beam shown. Th beam weight is 50 lb/ft. 3 kips 10 kips 2 kips/ft 4.37 Calcula The up Neglec ПАВАА beam shown. B shown. 3 ft 4 ft 5 ft Я в 6 ft PROBLEM 4.33 4.34 A rod of uniform cross section weighs 4 lb/ft and is pin- connected at point A, as shown. The rod supports a load of 48 lb at point B and is held horizontal by a vertical wire attached? ft from point B. With a force of 85 lb in the wire, determine the length of the rod. Vertical wire- Pin connection 2-0 B L= ? 48 lb PROBLEM 4.34 Section 4.6 Equilibrium of Nonconcurrent Force Systems 4.35 Determine the reactions for the beam shown. The beam has a pinned support at one and ther PROB 4.38 A
STAEDTL Mars plastic -ium of Coplanar Force Systems ndicated. Calculate weight of the beam. 4.33 Compute reactions at each support for the beam shown. Th beam weight is 50 lb/ft. 3 kips 10 kips 2 kips/ft 4.37 Calcula The up Neglec ПАВАА beam shown. B shown. 3 ft 4 ft 5 ft Я в 6 ft PROBLEM 4.33 4.34 A rod of uniform cross section weighs 4 lb/ft and is pin- connected at point A, as shown. The rod supports a load of 48 lb at point B and is held horizontal by a vertical wire attached? ft from point B. With a force of 85 lb in the wire, determine the length of the rod. Vertical wire- Pin connection 2-0 B L= ? 48 lb PROBLEM 4.34 Section 4.6 Equilibrium of Nonconcurrent Force Systems 4.35 Determine the reactions for the beam shown. The beam has a pinned support at one and ther PROB 4.38 A
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
Solve problem 4.33.
Transcribed Image Text:STAEDTL
Mars plastic
-ium of Coplanar Force Systems
ndicated. Calculate
weight of the beam.
4.33 Compute reactions at each support for the beam shown. Th
beam weight is 50 lb/ft.
3 kips
10 kips
2 kips/ft
4.37 Calcula
The up
Neglec
ПАВАА
beam shown.
B
shown.
3 ft
4 ft
5 ft
Я в
6 ft
PROBLEM 4.33
4.34 A rod of uniform cross section weighs 4 lb/ft and is pin-
connected at point A, as shown. The rod supports a load of 48
lb at point B and is held horizontal by a vertical wire attached?
ft from point B. With a force of 85 lb in the wire, determine the
length of the rod.
Vertical wire-
Pin connection
2-0
B
L= ?
48 lb
PROBLEM 4.34
Section 4.6 Equilibrium of Nonconcurrent
Force Systems
4.35 Determine the reactions for the beam shown. The beam has
a pinned support at one and
ther
PROB
4.38
A
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