Is there an error in your accidental eccentricity value? For your X direction, you have 1.5' listed, when 5% of 75' is 3.75, and it appears the same mistake is made in the Y direction
You scared me there for a second, but the video is indeed correct. For loading in the x-direction, you move the CM in the y-direction, thus making the moment arm (perpendicular to the direction of loading) larger. Thus, the values given in the video are indeed correct.
Force/load in the X-direction the value of "e=6.7" was it measured from CR to the line of force or the distance between CR and CM......thanks.
Excellent presentation. Please add strength eccentricity ( center of strength) also.
Thank you. Good suggestion. Strength eccentricity is an advanced topic, so no promises about when that topic might appear.
Is there an error in your accidental eccentricity value? For your X direction, you have 1.5' listed, when 5% of 75' is 3.75, and it appears the same mistake is made in the Y direction
You scared me there for a second, but the video is indeed correct. For loading in the x-direction, you move the CM in the y-direction, thus making the moment arm (perpendicular to the direction of loading) larger. Thus, the values given in the video are indeed correct.