Hi sir. I'm having trouble with this question. It has the exact figure and exact value except the value of load F is given but Tmax is not. And need to find the tension ab. How to do it sir? Thank you
It’s still the same process. You set up the free body diagrams of the different joints and sections of the cable and then use the method of joints and the method of sections to solve for the unknown forces. In your case the load F will become a known force and Tmax will be an unknown force. Here are some links to videos explaining the methods of sections and joints: ua-cam.com/video/s-TD2W_RSdk/v-deo.html ua-cam.com/video/Urgr-omwokU/v-deo.html
Hi sir, i have a problem of rope with concentrated load. The problem is,I have a rope with 6 meters length, at the first end of rope (Point A pinned at x=0, y=0) and the second end of rope (Point B pinned at x=4,y= -1) then divided the 6 meters rope to put a 2 concentrated load with the same mass( .5kg ) so there has 3 segments and each segment is 2 meters. The question is. what is the x and y position of 2 concentrated load after i hang it into the rope? please help.. thank you in advanced.
That’s a pretty complicated problem unless they give you a few more pieces of information. What you would need to do is get a bunch of equations using the method of sections and the method of joints and then solve for those unknown variables with a system of equations. Here are some of my videos explaining these concepts if you don’t understand them: Equilibrium equations: ua-cam.com/video/PH13ZBg5Mak/v-deo.html Method of joints: ua-cam.com/video/s-TD2W_RSdk/v-deo.html Method of sections: ua-cam.com/video/Urgr-omwokU/v-deo.html Concentrated loads on cables: ua-cam.com/video/INoEWQe8MAk/v-deo.html
Thank you so much sir it was very helpful
I’m glad!
Hi sir. I'm having trouble with this question. It has the exact figure and exact value except the value of load F is given but Tmax is not. And need to find the tension ab. How to do it sir? Thank you
It’s still the same process. You set up the free body diagrams of the different joints and sections of the cable and then use the method of joints and the method of sections to solve for the unknown forces. In your case the load F will become a known force and Tmax will be an unknown force. Here are some links to videos explaining the methods of sections and joints:
ua-cam.com/video/s-TD2W_RSdk/v-deo.html
ua-cam.com/video/Urgr-omwokU/v-deo.html
Hi sir, i have a problem of rope with concentrated load. The problem is,I have a rope with 6 meters length, at the first end of rope (Point A pinned at x=0, y=0) and the second end of rope (Point B pinned at x=4,y= -1) then divided the 6 meters rope to put a 2 concentrated load with the same mass( .5kg ) so there has 3 segments and each segment is 2 meters. The question is. what is the x and y position of 2 concentrated load after i hang it into the rope? please help.. thank you in advanced.
That’s a pretty complicated problem unless they give you a few more pieces of information. What you would need to do is get a bunch of equations using the method of sections and the method of joints and then solve for those unknown variables with a system of equations. Here are some of my videos explaining these concepts if you don’t understand them:
Equilibrium equations: ua-cam.com/video/PH13ZBg5Mak/v-deo.html
Method of joints: ua-cam.com/video/s-TD2W_RSdk/v-deo.html
Method of sections: ua-cam.com/video/Urgr-omwokU/v-deo.html
Concentrated loads on cables: ua-cam.com/video/INoEWQe8MAk/v-deo.html
@@studentengineering i have done already sir,
ua-cam.com/video/5ap1s5EGdLI/v-deo.html