AREA MOMENT METHOD a. 113.8 kN b. 131.8 kN c. 138.1 kN d. 83.11 kN What is the vertical reaction at B? a. 214.76 kN b. 2
Posted: Sat May 21, 2022 12:34 pm
AREA MOMENT METHOD
a. 113.8 kN
b. 131.8 kN
c. 138.1 kN
d. 83.11 kN
What is the vertical reaction at B?
a. 214.76 kN
b. 241.76 kN
c. 142.76 kN
d. 176.42 kN
What is the vertical reaction at C?
a. 8.946 kN upward
b. 8.946 kN downward
c. 89.46 kN upward
d. 89.46 kN downward
What is the deflection at midspan AB?
a. 7.77 mm downwards
b. 3.33 mm upwards
c. 2.22 mm downwards
d. 6.66 mm upwards
Determine the Deflection at the midspan of BC in millimeters unit. Use the Area Moment Method. Distances are in meters. Show complete Solutions 45kN/m = E = 200GPa I = 350x106 mm4 20kN•m 30kN·m A OB 7 8
- Area Moment Method A 113 8 Kn B 131 8 Kn C 138 1 Kn D 83 11 Kn What Is The Vertical Reaction At B A 214 76 Kn B 2 1 (63.84 KiB) Viewed 17 times
b. 131.8 kN
c. 138.1 kN
d. 83.11 kN
What is the vertical reaction at B?
a. 214.76 kN
b. 241.76 kN
c. 142.76 kN
d. 176.42 kN
What is the vertical reaction at C?
a. 8.946 kN upward
b. 8.946 kN downward
c. 89.46 kN upward
d. 89.46 kN downward
What is the deflection at midspan AB?
a. 7.77 mm downwards
b. 3.33 mm upwards
c. 2.22 mm downwards
d. 6.66 mm upwards
Determine the Deflection at the midspan of BC in millimeters unit. Use the Area Moment Method. Distances are in meters. Show complete Solutions 45kN/m = E = 200GPa I = 350x106 mm4 20kN•m 30kN·m A OB 7 8