Solving a Truss using Section Method

[@daysyfrinetcruzcordero5298]

Thank you Kenza for all the videos that you share with us here. I just passed the FE Civil and I couldn’t have done it with out your videos and advice!

[@Genieprep]

Congratulations on passing the FE, very proud of your accomplishment !

[@quynhcao5801]

ThankS You Miss Kenza................. For All Your Short CutS VideoS ... PreciousLy........... You Are Tired.............. We all Appriciate Deep From Kenza...........................!!

[@mayracalva-rivera9535]

I’m planing to take my exam on April 2021, I live in NJ is your course cover everything for the new version. How can I access to your course

[@Genieprep]

Hello Mayra, you can access our courses at www.engenieer.com and good luck with your studying!

[@lewismuriithi1398]

Thank you Kenza!

[@Genieprep]

No problem Lewis, thank you for watching and good luck with your studying!

[@flaviasantana6005]

please more ethic problems for fe

[@02AJO]

Hey, your videos are great. But if only the members or forces acting on members, we are cutting is considered then why do you consider reaction forces at G and external applied force 30KN in the moments and forces equilibrium equations? Your explanation till how we consider the section and consider the forces passing thru the section is good. But please explain why we consider reaction and other external applied forces on the selected side is considered in the equilibrium equation while other forces on members EF, FG on selected side are left out?

[@kathleenmil402]

hi! i have the same question.

[@justinguardner3129]

More problems like these please.

[@Genieprep]

Thank you Justin for watching 😊 and we will!

[@hothifashurbaji9616]

Hi, I'm wondering if you have ever looked at wisam ashqar question's book ; if yes do you recommend it as source that cover everything? thank you

[@brianwin5183]

Thank you

[@ekhlasabudaher6465]

Great, I am waiting for the afternoon course to buy the morning and afternoon together! My question is after i buy them what additional books or calculator do i have to have? And they are going to cover the FE civil,right? How long do i have to study to get it? What’s your recommendation?

[@Genieprep]

Hello Ekhlas, Thank you for watching and for being interested in our courses. So if you enroll in our courses, you will not need ANY additional material, in fact, I recommend my students to not use any additional books, except for practice exams because there are a lot of material out there that's not relevant to the FE exam and it will waste your time. I literally cover everything in these courses from concepts to problems and also if you have questions, you can ask us and my team and I will help you and clarify any questions you have. For the calculator, I walk you through how to use Ti-36x pro in the course, if you're using a different calculator, Praneetha will actually be able to help you with that. Once you enroll in the course, you will get a schedule template of how to plan your studying. You can aslo schedule a call with my team and they can help you with that as well. Feel free to email us if you have any more questions and I hope to see you in our classes soon 😊

[@ekhlasabudaher6465]

@@Genieprep Great!

[@Genieprep]

Ekhlas, the afternoon course is officially live, you can check it out here engenieer.com/ and let me know if you have any questions!

[@ekhlasabudaher6465]

@@Genieprep thanks for letting me know! How long the bundle offer will last? I am planning to buy buy it this Monday?

[@Genieprep]

@@ekhlasabudaher6465 Ekhlas, the bundle deal is going to end in about two weeks, I will let you know when it expires but if you get this Monday, you should be fine! See in our class soon and make sure you join on us Sunday, I am going live to discuss how to put a schedule together and that will help you a lot!

[@matt8134]

Why were the forces DE and FD not considered

[@OmtosePhellack]

they directly intersect point D because they are pointing straight towards it

[@JohnKoval1]

Hey, great video as always and great news. I was waiting for this announcement. I have scheduled the exam for May 2021 and I was waiting to purchase both courses. When the afternoon course will be released? Thank you

[@Genieprep]

Hello Ghenadie, thank you for watching and for being interested in our courses. We're going to launch part of the civil afternoon course this Sunday. Please send us an email at [e-mail] and we will send you all the information about the course. Also, since you're planning getting both courses, you will get a discount for a bundle deal. I hope to see you in the class soon 😊

[@Genieprep]

Ghenadie, I just want to let you know that we have launched the afternoon course today, you can check out at www.engenieer.com/. Let me know if you have any questions 😊

[@JohnKoval1]

@@Genieprep Just purchased both courses. Thank you for the discount.

[@Genieprep]

@@JohnKoval1 No problem 😊 Please feel free to reach out to us if there is anything we can help you with!

[@dguevara500]

Why don't we take into consideration forces on EF?

[@omarchemaly8801]

I had the same question, any idea?

[@amilcarmarroquin2680]

@@omarchemaly8801 I think because the components of the tension EF by their arm from D cancelled each other. One goes clockwise and the other counterclockwise.

[@carultch]

The reason we don't need to consider forces in member EF, is primarily because we weren't asked to find the force in Member EF. We only want to know the force in member CE. For this reason, we can use the method of sections, and ignore the forces in all sections other than the section we choose that contains member CE. We need to pick a section with 3 members, and a section that passes thru member CE, and then we solve the method of sections to find it.

[@carultch]

@@omarchemaly8801 I've answered the OP's original question.

[@elucier9]

So, I watched a similar example done by Jeff Hanson, and he said that we do not need to consider members that we do not cut. Therefore, they can be left out of the equation. Member EF was not cut. Therefore, it will not show up in the equation. That is my understanding.

[@hiwot7668]

2020 and 2021 specification is the same?

[@Genieprep]

Hello, thank you for watching. The specifications for 2021 is the same as 2020.

[@hiwot7668]

@@Genieprep Thank you ! 🙏

[@quynhcao5801]

I Think................ This as BeaconS Also applied to Huger StructureS.................. CertainLy.......??

[@SMD1999]

Let’s see some hydraulic questions

[@Genieprep]

Thank you for watching! We'll make sure to have videos on that, make sure to hit the bell button so you don't miss any new videos!