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For the three forces acting on the pole: A (X, YO Calculate the magnitude of the resultant force. KN F, KN ENTER N D(0,0, Z₂) F₁-75 KN F₂-00 KN F₁ - 110 KN X₁ - 5 m VA - 8m Z₂-10 m X-6m x--6m B (XY₂0) Replace the forces with a Cartesian resultant force vector passing through the origin of the axes (point O). KKN ENTER CIX, Yo, 0) Ye-8m Y₂-9m

For the three forces acting on the pole: A (X, YO Calculate the magnitude of the resultant force. KN F, KN ENTER N D(0,0, Z₂) F₁-75 KN F₂-00 KN F₁ - 110 KN X₁ - 5 m VA - 8m Z₂-10 m X-6m x--6m B (XY₂0) Replace the forces with a Cartesian resultant force vector passing through the origin of the axes (point O). KKN ENTER CIX, Yo, 0) Ye-8m Y₂-9m

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For the three forces acting on the pole: Calculate the magnitude of the resultant force. F₁ - 75 KN F₂ - 90 KN F₁ - 110 KN XA - 5 m VA 8 m Z-10 m KN ENTER Calculate the resultant moment at O in vector form A (X, YO + Calculate the magnitude of the resultant moment F₂ kN Replace the forces with a Cartesian resultant force vector passing through the origin of the axes (point O). KN.m ENTER K KN F₂KN ENTER D(0,0, Z₂) k kN.m ENTER F,kN B (X, Y₂0) X-6 m X--6m C(X, Y, 0) Ye-8 m Ye -9 m
Transcribed Image Text:For the three forces acting on the pole: Calculate the magnitude of the resultant force. F₁ - 75 KN F₂ - 90 KN F₁ - 110 KN XA - 5 m VA 8 m Z-10 m KN ENTER Calculate the resultant moment at O in vector form A (X, YO + Calculate the magnitude of the resultant moment F₂ kN Replace the forces with a Cartesian resultant force vector passing through the origin of the axes (point O). KN.m ENTER K KN F₂KN ENTER D(0,0, Z₂) k kN.m ENTER F,kN B (X, Y₂0) X-6 m X--6m C(X, Y, 0) Ye-8 m Ye -9 m
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