![Photographic depiction of a hinged rod (a). The rod can accommodate... | Download Scientific Diagram Photographic depiction of a hinged rod (a). The rod can accommodate... | Download Scientific Diagram](https://www.researchgate.net/publication/306168090/figure/fig1/AS:11431281112985200@1673635298659/Photographic-depiction-of-a-hinged-rod-a-The-rod-can-accommodate-obtuse-angles-b-as_Q320.jpg)
Photographic depiction of a hinged rod (a). The rod can accommodate... | Download Scientific Diagram
![A straight rod length Lt, hinged at one end freely extensible at the other end, rotates through an angle θt about the hinge. At time t, Lt=1 m, L̇t=1ms, θt=π4 rad and A straight rod length Lt, hinged at one end freely extensible at the other end, rotates through an angle θt about the hinge. At time t, Lt=1 m, L̇t=1ms, θt=π4 rad and](https://df0b18phdhzpx.cloudfront.net/ckeditor_assets/pictures/1294350/original_5.9s.png)
A straight rod length Lt, hinged at one end freely extensible at the other end, rotates through an angle θt about the hinge. At time t, Lt=1 m, L̇t=1ms, θt=π4 rad and
![A uniform thin rod of length $L$ is hinged about one of its ends and is free to rotate about the hinge without friction. Neglect the effect of gravity. A force $F$ A uniform thin rod of length $L$ is hinged about one of its ends and is free to rotate about the hinge without friction. Neglect the effect of gravity. A force $F$](https://www.vedantu.com/question-sets/9b0ea604-cdc9-4693-b167-0af8d66fbede2762176799427204020.png)
A uniform thin rod of length $L$ is hinged about one of its ends and is free to rotate about the hinge without friction. Neglect the effect of gravity. A force $F$
![A rod of length 2.1\ m is hinged at one end, and a force of magnitude F = 15\ N is applied at the other. a) If the magnitude of the torque A rod of length 2.1\ m is hinged at one end, and a force of magnitude F = 15\ N is applied at the other. a) If the magnitude of the torque](https://homework.study.com/cimages/multimages/16/me86959116863710590459902.png)
A rod of length 2.1\ m is hinged at one end, and a force of magnitude F = 15\ N is applied at the other. a) If the magnitude of the torque
![homework and exercises - Acceleration of the centre of mass of a hinged rod - Physics Stack Exchange homework and exercises - Acceleration of the centre of mass of a hinged rod - Physics Stack Exchange](https://i.stack.imgur.com/Qap0N.jpg)
homework and exercises - Acceleration of the centre of mass of a hinged rod - Physics Stack Exchange
![A uniform thin rod of length L is hinged about one of its end and is free to rotate about the hinge without friction. Neglect the effect of gravity. A force F A uniform thin rod of length L is hinged about one of its end and is free to rotate about the hinge without friction. Neglect the effect of gravity. A force F](https://homework.study.com/cimages/multimages/16/untitled-1903024976564656806.jpg)
A uniform thin rod of length L is hinged about one of its end and is free to rotate about the hinge without friction. Neglect the effect of gravity. A force F
![2Pcs Lifting Rod Hinge, Adjustable Angle Hinge Multipurpose High Hardness 10 Gear Angle Lifting Rod Lift Support Hinge for, White Zinc - Amazon.com 2Pcs Lifting Rod Hinge, Adjustable Angle Hinge Multipurpose High Hardness 10 Gear Angle Lifting Rod Lift Support Hinge for, White Zinc - Amazon.com](https://m.media-amazon.com/images/I/51PApPgRZnL._AC_UF894,1000_QL80_.jpg)