Question

Which one is the aim/objective of Experiment 3 "Simple Plane Framework To compare the average values of u for p.1.1.e and wood obtained To verify that the magnitudes and sense of the forces in a plane triangular truss framework agrees with "framework" theory To confirm that a system of three or more concurrent forces can be equilibrated by calculating the magnitude and direction of their resultant and then applying the equilibrant in the opposite direction. i.e. so that the sums of the components \(\sum x = 0\) and \(\sum y = 0\) for the whole system To confirm that three concurrent forces are in static equilibrium when the sums of their x and y components are zero. i.e. \(\sum x = 0\) and \(\sum y = 0\)

          Which one is the aim/objective of Experiment 3 "Simple Plane Framework
To compare the average values of u for p.1.1.e and wood obtained
To verify that the magnitudes and sense of the forces in a plane triangular truss framework agrees with "framework" theory
To confirm that a system of three or more concurrent forces can be equilibrated by calculating the magnitude and direction of their resultant and then applying the equilibrant in the opposite direction. i.e.
so that the sums of the components \(\sum x = 0\) and \(\sum y = 0\) for the whole system
To confirm that three concurrent forces are in static equilibrium when the sums of their x and y components are zero. i.e. \(\sum x = 0\) and \(\sum y = 0\)

Which one is the aim/objective of Experiment 3 "Simple Plane Framework
To compare the average values of u for p.1.1.e and wood obtained
To verify that the magnitudes and sense of the forces in a plane triangular truss framework agrees with "framework" theory
To confirm that a system of three or more concurrent forces can be equilibrated by calculating the magnitude and direction of their resultant and then applying the equilibrant in the opposite direction. i.e.
so that the sums of the components ∑ x = 0 and ∑ y = 0 for the whole system
To confirm that three concurrent forces are in static equilibrium when the sums of their x and y components are zero. i.e. ∑ x = 0 and ∑ y = 0

Added by Barbara G.

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