The reaction at point A is 8.0kN The reaction at point C is 12kN For item #3. What is the moment due to the reaction force at point A? 24.0 KN-m 36.0 KN-m 30.0 KN-m 40.0 KN-m 2. What is the Area at A1? 36.0 KN-m² 54.0 KN-m² 45.0 KN-m² 60.0 KN-m² 3. What is the Area at A2? 24.0 KN-m² 36.0 KN-m² 30.0 KN-m² 60.0 KN-m²
The reaction at point A is 8.0kN The reaction at point C is 12kN For item #3. What is the moment due to the reaction force at point A? 24.0 KN-m 36.0 KN-m 30.0 KN-m 40.0 KN-m 2. What is the Area at A1? 36.0 KN-m² 54.0 KN-m² 45.0 KN-m² 60.0 KN-m² 3. What is the Area at A2? 24.0 KN-m² 36.0 KN-m² 30.0 KN-m² 60.0 KN-m²
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
The reaction at point A is 8.0kN
The reaction at point C is 12kN
- For item #3. What is the moment due to the reaction force at point A?
24.0 KN-m
36.0 KN-m
30.0 KN-m
40.0 KN-m
2. What is the Area at A1?
36.0 KN-m²
54.0 KN-m²
45.0 KN-m²
60.0 KN-m²
3. What is the Area at A2?
24.0 KN-m²
36.0 KN-m²
30.0 KN-m²
60.0 KN-m²
Transcribed Image Text:3 m
A1
B
3.
A2
2 m
C
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GIVEN:
The reaction at point A is 8kN
The reaction at point C is 12kN
Moment due to the reaction force at point A is 40kN
Area A1 is 36kN-m^2
Area A2 is 24kN-M^2
Please see attached image for the questions
Transcribed Image Text:39. Using CONJUGATE BEAM METHOD, what is the reaction of the conjugate beam at point A?
1
ΕΙ
1
ΕΙ
ΕΙ
1
EI
1
ΕΙ
1
ΕΙ
40. Using CONJUGATE BEAM METHOD, what is the reaction of the conjugate beam at point C?
1
(32.0)KN m² downward
ΕΙ
(40.0)KN m² downward
1
ΕΙ
(28.0) KN m² downward
1
ΕΙ
(35.0)KN
(42.4)KN
1
ΕΙ
1
(48.0)KN m² downward
EI
What is the deflection at point B, SB?
(-48.0)KN - m³
1
ΕΙ
m² downward
m² downward
(42.0)KN m² downward
(17.6)KN m² downward
(-60.0)KN - m³
(-72.0)KN - m³
(36.0)KN - m³
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