Question

Find the moment of the force at C about the x axis using force times perpendicular distance. Point C is located midway along the edge. $\vec{F} = (7.91\vec{i} + 39.5\vec{j} - 20.0\vec{k})lb$

          Find the moment of the force at C about the x axis using force times perpendicular distance. Point C is located midway along the edge.
$\vec{F} = (7.91\vec{i} + 39.5\vec{j} - 20.0\vec{k})lb$

Find the moment of the force at C about the x axis using force times perpendicular distance. Point C is located midway along the edge.
F⃗ = (7.91i⃗ + 39.5j⃗ - 20.0k⃗)lb

Added by Kathleen M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

09/28/2023

Step 1

Given that point C is located midway along the edge, we can determine the perpendicular distance as half of the total distance from the edge to the x-axis. Since the total distance from the edge to the x-axis is 48 inches, the perpendicular distance from point C Show more…

Show all steps

Thanks for your feedback!

Find the moment of the force at C about the x axis using force times perpendicular distance. Point C is located midway along the edge. vec(F)=(7.91vec(i)+39.5vec(j)-20.0vec(k))^(1b) Options: None of these. Mx= -640lb-in Mx= -434lb-in Mx= -1180lb-in Mx= -527lb-in Mx= -971lb-in Find the moment of the force at C about the x axis using force times perpendicular distance. Point C is located midway along the edge. F=7.91i+39.5]-20.0kb y 48in 32in 30o Answer(s): B 39in 36in