图a所示超静定梁承受支座位移的作用,其力法基本体系如图b所示,则力法方程为()。[img=559x204]180379cef1f1875.jpg[/img]
A: [img=124x22]180379cefabf3d4.png[/img]
B: [img=144x22]180379cf0488458.png[/img]
C: [img=81x22]180379cf0db0ecb.png[/img]
D: [img=130x22]180379cf1701a21.png[/img]
A: [img=124x22]180379cefabf3d4.png[/img]
B: [img=144x22]180379cf0488458.png[/img]
C: [img=81x22]180379cf0db0ecb.png[/img]
D: [img=130x22]180379cf1701a21.png[/img]
举一反三
- 图a所示超静定梁承受支座位移的作用,其力法基本体系如图b所示,则力法方程为()。[img=559x204]1803722ae65b1f7.jpg[/img] A: [img=124x22]1803722aee81905.png[/img] B: [img=144x22]1803722af71b896.png[/img] C: [img=81x22]1803722b00c23f8.png[/img] D: [img=130x22]1803722b09e6601.png[/img]
- 图a所示超静定梁承受支座位移的作用,其力法基本体系如图b所示,则力法方程为()。[img=559x204]1802df4e0d24f79.jpg[/img] A: [img=124x22]1802df4e156b3ac.png[/img] B: [img=144x22]1802df4e1de7632.png[/img] C: [img=81x22]1802df4e26712bf.png[/img] D: [img=130x22]1802df4e2ebcb2a.png[/img]
- 图a所示超静定梁承受支座位移的作用,其力法基本体系如图b所示,则力法方程为()。[img=559x204]1803858c58cb648.jpg[/img] A: [img=124x22]1803858c618dcf8.png[/img] B: [img=144x22]1803858c6a1c355.png[/img] C: [img=81x22]1803858c727ae1f.png[/img] D: [img=130x22]1803858c7b1fd34.png[/img]
- 图a所示超静定梁承受支座位移的作用,其力法基本体系如图b所示,则力法方程为()。[img=559x204]180379b6ebd8d10.jpg[/img] A: [img=124x22]180379b6f567486.png[/img] B: [img=144x22]180379b6fe85d77.png[/img] C: [img=81x22]180379b706d0e1a.png[/img] D: [img=130x22]180379b7106a2f9.png[/img]
- 图a所示超静定梁承受支座位移的作用,其力法基本体系如图b所示,则力法方程为()。[img=559x204]180352049635b20.jpg[/img] A: [img=124x22]180352049fcdee2.png[/img] B: [img=144x22]18035204a94ea7c.png[/img] C: [img=81x22]18035204b1ac11b.png[/img] D: [img=130x22]18035204b9c7177.png[/img]