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8. The image below depicts a street light standard that has been blown off of vertical by high winds during storm. A force of 1000N is being applied to the standard in order to "upright" the standard. Determine the magnitude and sense of the Moment about point A at the instant depicted. Moment = N-m. Be sure to include whether the Moment is Positive or Negative for this 2D problem.

8. The image below depicts a street light standard that has been blown off of vertical by high winds during storm. A force of 1000N is being applied to the standard in order to "upright" the standard. Determine the magnitude and sense of the Moment about point A at the instant depicted. Moment = N-m. Be sure to include whether the Moment is Positive or Negative for this 2D problem.

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**Problem Statement:** 8. The image below depicts a streetlight standard that has been blown off its vertical position by high winds during a storm. A force of 1000 N is applied to the standard in order to "upright" it. Determine the magnitude and sense of the Moment about point A at the instant depicted. **Diagram Explanation:** In the diagram, a streetlight pole is shown being pushed back to its upright position by a force (F) of 1000 N. The force is applied at point C along the pole, which is inclined at 75 degrees from the horizontal. - The pole is 6 meters long from point A (the base) to point B (the top). - The horizontal distance from point A to where the force is applied (point C) is 3 meters. - The force vector is indicated in the direction towards the pole, forming a 75-degree angle with the horizontal ground. **Task:** Calculate the Moment in N-m about point A. Be sure to include whether the Moment is Positive or Negative in this 2D problem. **Answer:** Moment = ___________ N-m (Include whether it's Positive or Negative)
Transcribed Image Text:**Problem Statement:** 8. The image below depicts a streetlight standard that has been blown off its vertical position by high winds during a storm. A force of 1000 N is applied to the standard in order to "upright" it. Determine the magnitude and sense of the Moment about point A at the instant depicted. **Diagram Explanation:** In the diagram, a streetlight pole is shown being pushed back to its upright position by a force (F) of 1000 N. The force is applied at point C along the pole, which is inclined at 75 degrees from the horizontal. - The pole is 6 meters long from point A (the base) to point B (the top). - The horizontal distance from point A to where the force is applied (point C) is 3 meters. - The force vector is indicated in the direction towards the pole, forming a 75-degree angle with the horizontal ground. **Task:** Calculate the Moment in N-m about point A. Be sure to include whether the Moment is Positive or Negative in this 2D problem. **Answer:** Moment = ___________ N-m (Include whether it's Positive or Negative)
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