Determine the absolute value of the reaction at A for the beam loaded as shown. The forces P, Q, and R are as follows: P = 4 kN, Q = 6 kN, R = 2 kN. Beam weight may be neglected. Provide your answer in kN and round to the nearest three decimal places. P Q R A B 4m 2m 6m 1m

Name: determine the absolute value of the reaction at a for the beam loaded as shown the forces p q and r are as follows p 4 kn q 6 kn r 2 kn beam weight may be neglected provide your answer in kn 61706
Uploaded: 2023-01-25T11:50:31-08:00
Duration: 2 min 16 s
Channel: Sri K
Description: determine the absolute value of the reaction at a for the beam loaded as shown the forces p q and r are as follows p 4 kn q 6 kn r 2 kn beam weight may be neglected provide your answer in kn 61706

          Determine the absolute value of the reaction at A for the beam loaded as shown. The forces P, Q, and R are as follows: P = 4 kN, Q = 6 kN, R = 2 kN. Beam weight may be
neglected.
Provide your answer in kN and round to the nearest three decimal places.
P
Q
R
A
B
4m 2m 6m 1m

determine the absolute value of the reaction at a for the beam loaded as shown the forces p q and r are as follows p 4 kn q 6 kn r 2 kn beam weight may be neglected provide your answer in kn 61706

Added by Aimee C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sri K

01/25/2023

Step 1

The total length of the beam is $4 + 2 + 6 + 1 = 13$ m. We are given $P = 4$ kN, $Q = 6$ kN, and $R = 2$ kN. We can take the sum of moments about point A to find $R_B$. $\sum M_A = 0$ $R_B \times (2+6) - P \times 0 - Q \times 2 - R \times (2+6+1) = 0$ $8 R_B - 6 Show more…

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Determine the absolute value of the reaction at A for the beam loaded as shown. The forces P, Q, and R are as follows: P = 4 kN, Q = 6 kN, R = 2 kN. Beam weight may be neglected. Provide your answer in kN and round to the nearest three decimal places. P Q R A B 4m 2m 6m 1m