Question

13-14. A beam carries vertical concentrated loads as shown below. Calculate the reactions at support A and support B. Neglect the weight of the beam. (16 points) 8 ft 4 K/ft 4 ft 4 ft 4 ft 20 K 15 K 13. What is the reaction at support A? (8 points) a. 14.2K b. 30.2K · ft c. 36.6K d. 61.0K · ft e. 91.5K · ft 14. What is the reaction at support B? (8 points) a. 16.4K b. 25.6K · ft c. 30.4K d. 36.8K · ft e. 50.6K · ft

          13-14. A beam carries vertical concentrated loads as shown below. Calculate the reactions at support A and support B. Neglect the weight of the beam. (16 points)
8 ft
4 K/ft
4 ft 4 ft 4 ft
20 K 15 K
13. What is the reaction at support A? (8 points)
a. 14.2K
b. 30.2K · ft
c. 36.6K
d. 61.0K · ft
e. 91.5K · ft
14. What is the reaction at support B? (8 points)
a. 16.4K
b. 25.6K · ft
c. 30.4K
d. 36.8K · ft
e. 50.6K · ft

13-14. A beam carries vertical concentrated loads as shown below. Calculate the reactions at support A and support B. Neglect the weight of the beam. (16 points)
8 ft
4 K/ft
4 ft 4 ft 4 ft
20 K 15 K
13. What is the reaction at support A? (8 points)
a. 14.2K
b. 30.2K · ft
c. 36.6K
d. 61.0K · ft
e. 91.5K · ft
14. What is the reaction at support B? (8 points)
a. 16.4K
b. 25.6K · ft
c. 30.4K
d. 36.8K · ft
e. 50.6K · ft

Added by Tom-S B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sri K

06/18/2022

Step 1

4 = 67 \] \[ A_Y = 67 - 30.4 \] \[ \therefore \textbf{A_Y = 36.6 K} \] Show more…

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13-14. A beam carries vertical concentrated loads as shown below. Calculate the reactions at support A and support B. Neglect the weight of the beam. (16 points) 8 ft, 4 K/ft, 4 ft, 4 ft, 4 ft, 20 K, 15 K 13. What is the reaction at support A? (8 points) a. 14.2K b. 30.2K c. 36.6K d. 61.0K e. 91.5K 14. What is the reaction at support B? (8 points) a. 16.4K b. 25.6K c. 30.4K d. 36.8K e. 50.6K