6% Calculate Bending moment at distance "x", given x =4.00 ft. y = 12.50 ft. w = 2.50k/ft Note: You need to calculate th

[answerhappygod]

6 Calculate Bending Moment At Distance X Given X 4 00 Ft Y 12 50 Ft W 2 50k Ft Note You Need To Calculate Th 1 (30.19 KiB) Viewed 36 times

6 Calculate Bending Moment At Distance X Given X 4 00 Ft Y 12 50 Ft W 2 50k Ft Note You Need To Calculate Th 2 (30.19 KiB) Viewed 36 times

6 Calculate Bending Moment At Distance X Given X 4 00 Ft Y 12 50 Ft W 2 50k Ft Note You Need To Calculate Th 3 (20.46 KiB) Viewed 36 times

6 Calculate Bending Moment At Distance X Given X 4 00 Ft Y 12 50 Ft W 2 50k Ft Note You Need To Calculate Th 4 (21.35 KiB) Viewed 36 times

6% Calculate Bending moment at distance "x", given x =4.00 ft. y = 12.50 ft. w = 2.50k/ft Note: You need to calculate the reactions first to be able to calculate the shear force. The following sign convention must be followed in the end results: Force; left and downward are negativt. Force: right and upwards are positive Rotation: clockwise is negative and counter clockwise is posttive. لیا 3. A B XX X X X + t 10 t y у X
Calculate the value of "," for component "1" is the template below for the compoulte ction Ghed; -12.00 -1.90", 1070 v2.0.50 1154, dj22.009.17 -0.75", de • 35 25.4 -1.25", 7.75" The rol of the entire shape as shown from the edge of component 04 and the disc bro from the Mesure 10 decimals in all of your calculation Comprent A Is dy Art Tuc de la noche ? 12 th 17 3
Calculate the value of "," for component "2" in the template below for the shown composite section Given: d = 13.00", * * 1.60%, tą +0.00", 12*5.00", -1,40", d = 22.00", 15 - 1.00", d4 35:50", 14 1.45", y: 10.00 The centroid of the entire shape is a distance as shown from the edge of component 04 and they distance is zero from the axis as shown. Make sure to use & decimals in all of your calculations Component A In dy And Inc | do Ati ܡܐ L وز th d