- #1
imd
- 2
- 0
The answer should be:
R = -90j - 180k N
M = -6.3i - 36j N*m
x = -160 mm
y = 35 mm
The line of action for which the resultant force of the wrench passes is an imaginary line that runs through the point of application of the force and in the direction of the force vector.
The line of action for a wrench can be determined by drawing a line through the point of application of the force and in the direction of the force vector. This line represents the line of action for the resultant force of the wrench.
Knowing the line of action for a wrench is important because it helps determine the direction and magnitude of the resultant force. This information is crucial for understanding the overall effect of the wrench on an object or system.
Yes, the line of action for a wrench can change if the point of application or direction of the force vector changes. In addition, if multiple forces are acting on the wrench, the line of action may also change depending on the resulting force of all the individual forces.
The line of action can be used to calculate the moment of a wrench by multiplying the magnitude of the force by the perpendicular distance from the point of application to the line of action. This will give the torque or moment of the wrench, which is a measure of its rotational force.