I need help with the vectors A,B,C,D in their Cartesian form, I started A but I am unsure if it is suppose to be 1.6i, also I’m not sure if my unit vectors of AB and AC are correct, I got 1.25 from dividing 2. Please help 7. The three cables shown are used to support a 45 kgflowerpot. Determine the tension force determined in eachcable to keep the system in equilibrium.UAB = 01 +1.255+0 kVAC = 1.251+03+0KVAD =A=1₁69 +2.8m2.5 mA1.6 mB

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need help with the vectors A,B,C,D in their Cartesian form, I started A but I am unsure if it is suppose to be 1.6i, also I’m not sure if my unit vectors of AB and AC are correct, I got 1.25 from dividing 2. Please help

need help with the vectors A,B,C,D in their Cartesian form, I started A but I am unsure if it is suppose to be 1.6i, also I’m not sure if my unit vectors of AB and AC are correct, I got 1.25 from dividing 2. Please help

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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I need help with the vectors A,B,C,D in their Cartesian form, I started A but I am unsure if it is suppose to be 1.6i, also I’m not sure if my unit vectors of AB and AC are correct, I got 1.25 from dividing 2. Please help

7. The three cables shown are used to support a 45 kg
flowerpot. Determine the tension force determined in each
cable to keep the system in equilibrium.
UAB = 01 +1.255+0 k
VAC = 1.251+03+0K
VAD =
A=1₁69 +
2.8m
2.5 m
A
1.6 m
B

Quantities that have magnitude and direction but not position. Some examples of vectors are velocity, displacement, acceleration, and force. They are sometimes called Euclidean or spatial vectors.

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