OMG! So fast. The best I was hoping is just some tips and hints via Email. And here you made a video in less than 24 hours! I can't even express my deepest gratitude man! Where is the "thanks" button? Anyway, as soon as you make it happen somehow, I will donate some as I have promised! Or give me your paypal, I don't want to leave this unpaid. I am just speechless! Like for real. It is unbelievable! 🤐💥💥! How can some people be that nice???😊
Hell Yeah! I made 3 other videos on this problem too. Here is an Unlisted video showing with MathType how to rationalize the denominators and combine like terms. th-cam.com/video/FKkbcwa0iBA/w-d-xo.html It uses the the method you chose of summing moments at point A. I recommend summing the moments at the line of action where S2 and S1 meet. Then just the x and y componets of S1 and the known loads at the corner will be in the moment equation. One equation One unknown to get S1. Then sub in to sum of forces in x and sum of forces in y to get the the other two. I will post that video after it loads!
@@holdmybipolar Man! For real! You probably get some positive comments here and there for sure but it is more than superb what you do. That level of dedication you have, the way you tackle problems from different viewpoints (like 2-3 different approach) is just mind blowing! Haven't you thought about making money from this? I mean allowing the "thanks" button at least but people could pay you for solving their problems too. It is a good side hustle I guess. I would pay for sure. After all, I definitely want to see your other approach with Math Type! Many many many thanks! And by the way, Marry Christmas to you and your loved ones!!!! You already made my Christmas!
I am at 4:20 now. As you started dotting lines from S2 and S3 I screamed!! 😂 I just did not thought about that. So would S2 and S3 cancel out at the same time. But even If I did so, the geometry is tricky as hell. I am very curious what are you going to do..🤔🤓 PS: Yeah, you did not take the hell geometry either... Anyway, for a hell geometry we do not have time at the exam...
Yes! I made that video too but will upload later today. I did enjoy your method to sum moments at A because that works it is just brutal to not make errors. I couldn't do it without making errors and going back and finding them. That coordinate is 500mm above the Board and 3000mm over. So then just moments at S1 will have two componets. A positive 500mm in the x and a positive 3000mm in the y about that point. One equation One unknown to find S1. Then sub answer into sum of forces about x to find S2. Then sub both answers into sum of forces in y to get S3
Send a link or name a specific problem from Jee Advanced and I will give it a try. Most of the pure math ones I cannot do. But the physics ones are approachable.
OMG! So fast. The best I was hoping is just some tips and hints via Email. And here you made a video in less than 24 hours! I can't even express my deepest gratitude man! Where is the "thanks" button? Anyway, as soon as you make it happen somehow, I will donate some as I have promised! Or give me your paypal, I don't want to leave this unpaid. I am just speechless! Like for real. It is unbelievable! 🤐💥💥! How can some people be that nice???😊
Hell Yeah! I made 3 other videos on this problem too. Here is an Unlisted video showing with MathType how to rationalize the denominators and combine like terms. th-cam.com/video/FKkbcwa0iBA/w-d-xo.html It uses the the method you chose of summing moments at point A. I recommend summing the moments at the line of action where S2 and S1 meet. Then just the x and y componets of S1 and the known loads at the corner will be in the moment equation. One equation One unknown to get S1. Then sub in to sum of forces in x and sum of forces in y to get the the other two. I will post that video after it loads!
@@holdmybipolar Man! For real! You probably get some positive comments here and there for sure but it is more than superb what you do. That level of dedication you have, the way you tackle problems from different viewpoints (like 2-3 different approach) is just mind blowing! Haven't you thought about making money from this? I mean allowing the "thanks" button at least but people could pay you for solving their problems too. It is a good side hustle I guess. I would pay for sure. After all, I definitely want to see your other approach with Math Type! Many many many thanks! And by the way, Marry Christmas to you and your loved ones!!!! You already made my Christmas!
Please take some lectures. They are very helpful. Like you did with trigonometry. Hope you will do it
I am at 4:20 now. As you started dotting lines from S2 and S3 I screamed!! 😂 I just did not thought about that. So would S2 and S3 cancel out at the same time. But even If I did so, the geometry is tricky as hell. I am very curious what are you going to do..🤔🤓
PS: Yeah, you did not take the hell geometry either... Anyway, for a hell geometry we do not have time at the exam...
Yes! I made that video too but will upload later today. I did enjoy your method to sum moments at A because that works it is just brutal to not make errors. I couldn't do it without making errors and going back and finding them. That coordinate is 500mm above the Board and 3000mm over. So then just moments at S1 will have two componets. A positive 500mm in the x and a positive 3000mm in the y about that point. One equation One unknown to find S1. Then sub answer into sum of forces about x to find S2. Then sub both answers into sum of forces in y to get S3
@@holdmybipolar Yeah. That's the problem many of us have. It is just a hell of system of equations. Like brutal.
HERE IS THE VIDOE OF SUMMING THE MOMENTS ABOUT THAT POINT! th-cam.com/video/tV73AiGrcFM/w-d-xo.html
can you solve the jee advanced questions
Send a link or name a specific problem from Jee Advanced and I will give it a try. Most of the pure math ones I cannot do. But the physics ones are approachable.