Finally i through away my confusion and lost i achieved from my school teacher to replace it with clearance and gain from this good man. Highly appreciated work Sir.
Thank god videos like these exist, first year engineering lectures are so bad compared to what I’m used to in high school, I have only one lecture on this and I’m expected to do 6 of these.
I am going into my second year of Engineering in the fall and I am very nervous about statics because it is the biggest Engineering weed-out class at my university. I am watching your videos so I can have familiarity with the content ahead of time and this is making sense. Thank you!
Bless you! You explained a difficult problem for me so efficiently. You easily broke down what is needed to be done and few reminders of what's what. My teacher tried to explain a very similar problem and just mumbled and got lost in his explanation. I knew how to do each step before the video, I just didn't know how to put the knowledge together. Bless you!
Thank you for making this video. My Honors Precalculus teacher made my class do force vectors and only taught one lesson about it so I was very lost, but this video helped me a lot.
I was struggling with a problem with 3 dimensions similar to this but after watching your video, I don't know what to say but a BIG THANK YOU SIR. It is very helpful
Thank you very much sir you are the best in my college my teacher doesn't learn us like this way... I swear the God I want to meet you and thank you for all this ideas.
you really helped me soooo much. Unfortunately they don't go this much in debt in university and help you. this video was amazing helpful. I'm actually going to share this with uni friends of mine.
I am so lucky. Your explanations make sense and my textbook has your problems!! Although statics is probably taught with the same textbook in many colleges. I was struggling so much before this video
Thank You for the explaination sir.. It helps me a lot specially the problems are very closed ralated to our problem sets and some are exactly the same.
do you have chapters 5, 6 and 7. engineering mechanics 14th edition R.C Hibbeler? chapter 5 was equilibrium of rigid body, 6 was structural analysis and 7 was internal forces.
I want you to think back to freshman year of high school sitting in your geometry class thinking to yourself: "when am I ever going to use a parallelogram this shape has no use!"
Do you have any source from where i can begin?? im totally confused the book isn't giving all the information i need . like how can i start this lesson
Thank you soo much Sir. these static videos have helped me pass my exam. very detailed workouts and explained very well. do you have similar videos for dynamics and fluid mechanics?
Can you demonstrate how to calculate the displacement of an aircraft performing a constant radius turn, caused by a wind force vector? (As opposed to a plane traveling a straight trajectory)
at 14:00 why did you put Fsin0 - 700sin15 =500 , shouldnt forces upwards = forces downwards? because when i was trying to solve i put Fsin0 + 500 = 700sin15
The questions says that the RESULTANT force acts up. You add all of the forces (with their corresponding signs) and the Resultant must be equal to 500. What you did is considering the 500 as an additional force and not as a resultant
dam i love this. thanks a lot... like i was looking different way to solve these kind of problem and this is the best one for me thanks a lot for this video
I just started watching your videos, along with my personal extensive reading of my textbook, and the outcome is that I'm getting the hand of statics - It's pretty simple and exciting now. Your content is very well made and organized, love it. Thank you for efforts, expect to see me in the comment sections asking/discussing something if necessary. P.S: Could you please tell me the name of the textbook you're using/teaching that is (if) related to these videos?
These are the y- components of the two forces. Those two components are equal to the resultant which is 500 since the resultant is in the direction of the positive y-axis.
Yes you right Becauz either he can write as you mention above or he can also writen it as Sum of components=-(Resultant) Where "-" provide equlibrium and indicates both balance each other by taking opposite direction.
Sorry of the stupid question,but the first lecture is Copy of Lecture 1-2, right? I am studying Architecture and I am covering a limited amount of vector mechanics i.e Statics but presented for Architecture students (aim is to solve a 3-hindge arch exercize) and not for Engineers. Can you tell which are the lessons so that I am to learn them in a short amount of time. I will start with those two.Thank you in advance!
Thank you so much for your lectures! My only question is: at 0:12:44 you say that summation of forces in Y is 500 N, Then you say that vertical component of F equals F*sin and then write a equitation F*sin -700*sin(15)=500. I can't really get is since summation of forces in Y and F are the same vector here. I would really appreciate your answer!
Did anyone have an issue with the first method vs the second method? for some reason my calculator wants to keep pumping out 43.23 degrees for theta. I do (500+700sin15)/700cos15, then multiply by inverse tan.
Incoming 2nd year Civil Engineering student here.. This is a solid blessing.. I pray for your long life thank you very much!
You too! Thank you!
Same
did u make it?
I used to have allot of challenges in solving this but 1weeks to come am ready to face exams
Finally i through away my confusion and lost i achieved from my school teacher to replace it with clearance and gain from this good man.
Highly appreciated work Sir.
Glad it could help. Remember to like all the videos
Made 5yrs ago, but still the best statics video I found 2021
Thanks
Thank god videos like these exist, first year engineering lectures are so bad compared to what I’m used to in high school, I have only one lecture on this and I’m expected to do 6 of these.
THE ONLY MAN WORTHY TO TEACH THIS CLASS!!! #GoKnights
not sure about that but my ego is now bigger (if even possible)... :-)
#ChargeOn!
@@1963rzr can you explain the signs on the projections u and v?
thanks.
I am going into my second year of Engineering in the fall and I am very nervous about statics because it is the biggest Engineering weed-out class at my university. I am watching your videos so I can have familiarity with the content ahead of time and this is making sense. Thank you!
You are welcome! Glad it helps! Good luck 🤞
You put lots of effort there, and it results as an absolute fabulous teaching.Thank you very much!
Bless you! You explained a difficult problem for me so efficiently. You easily broke down what is needed to be done and few reminders of what's what. My teacher tried to explain a very similar problem and just mumbled and got lost in his explanation. I knew how to do each step before the video, I just didn't know how to put the knowledge together. Bless you!
thank you. glad you liked it
Thank you for making this video. My Honors Precalculus teacher made my class do force vectors and only taught one lesson about it so I was very lost, but this video helped me a lot.
Glad it helped!
We hardly come across lectures like you in school this days , GOAT !
Glad you liked it
Omy, I didn't know that you could just divide the equations in order to get the angle that fast??!!! This makes it easier now! Thank you so muchh
i just love how you explain every teeni tiny detail. keep up the good work Mr
ash fadam glad it help. please remember to like ALL the videos.
I was struggling with a problem with 3 dimensions similar to this but after watching your video, I don't know what to say but a BIG THANK YOU SIR. It is very helpful
Thank you. Remember to like all the videos
Thanks dude I become semister 2 at this week and you save my day, I real needed this.
You're welcome dude
Omg. You're far more better than my teacher in mechanics hahahaha. Tysm sir!
Same here 😂
taking statics rn and it's confusing to me. These problems help me thank you.
OMG THANK YOU SO MUCH !! U HAVE JUST HELPED ME FOR DETERMINING THE RESOLUTION OF FORCES!
This man is a genius of all.
I agree🤣. Please like and share
You are a great teacher, I learned a lot from you. Thank you so much. I wish you all the best.
vesa rashica I'm glad it helped you. Remember liking all the videos
Thank you very much sir you are the best in my college my teacher doesn't learn us like this way... I swear the God I want to meet you and thank you for all this ideas.
Man your method of teaching is amazing thank you so much
Glad you liked it
you are welcome
STATICS THE EASY WAY
You're the beast these videos helped a lot
Truly amazing, so glad you broke it down for us.
Glad you liked it Nachoooooooo
A very nice and informative lesson. Thank you!!
you are welcome!
highway and bridges here! thank you soooooooo much sir!!!!!!!!!!!! helped me and alot of students ALOT!
you are welcome!!!!!!
you really helped me soooo much.
Unfortunately they don't go this much in debt in university and help you.
this video was amazing helpful.
I'm actually going to share this with uni friends of mine.
Edward Arakelian in-depth
Your are the best at explaining this subject!!!
Glad you liked it!
amazing thank you so much for this wonderful videos
You are welcome
The best teacher ever
Thanks for this pretty handy in the current situation where I am in (Online Classes). Thanks Sir
You are welcome. Happy it helped
I am so lucky. Your explanations make sense and my textbook has your problems!! Although statics is probably taught with the same textbook in many colleges. I was struggling so much before this video
Nice learning from a great teacher like you
Thank you!
the only video that helped you, you are the real MVP
Glad it helped... like all videos and share
After all I find right video
Thanks a lot, Sir for these videos
Keep watching
The work you are doing is great sir ,Ndimwe muliko continue with the same MULUNGU AZAKU DALISANI
Glad you liked it. Mulungu akudalitseni inunso
thank you prof. very much this lecture has helped me a lot in solving problems plz upload more lectures
glad you liked it
no amount of likes and gratitude will express my appreciation...thank youuuuuu so much
Wow. You are welcome!
lmfao I love your explanation in the beginning on how sig figs matter to your explanation. seriously though thank you
Glad to help
ونعممم منك جدو😂😂
عاشت أيد على هاذه الشرح الحلو ❤
Thank You for the explaination sir.. It helps me a lot specially the problems are very closed ralated to our problem sets and some are exactly the same.
You are Welcome!
Thank you for your videos, sir. They were very helpful to me.
You are welcome
This video should not be recommended to me because I have already passed this course, which I should not take over after passing. Amen.
I appreciate sir. It was amazing to learn Statics with you.
Fatih Aktaş thank you
You're welcome
god bless your sooul, this video is saving my life
Glad you liked it. Remember to like all the videos, subscribe, and share
Very helpful lecture
Thanks ❤
You are welcome !
what the reason of drawing the line that would be parallel to x axis
Really, you are great professor
do you have chapters 5, 6 and 7. engineering mechanics 14th edition R.C Hibbeler? chapter 5 was equilibrium of rigid body, 6 was structural analysis and 7 was internal forces.
Daniel De Amat yes i have do need to
+1 😢
I want you to think back to freshman year of high school sitting in your geometry class thinking to yourself: "when am I ever going to use a parallelogram this shape has no use!"
Glad you finally found one of the many uses for it
Senor que Dios lo cuide y lo mantenga en la luz siempre..
Very helpful video. Thank You!
Glad it helped
Amazing thank you so much
Glad you liked it. Remember to subscribe, like, and share,
Assignment done !! Thank you sir 🗣️🗣️🗣️
i got 86 on my statics final because of this guy he is amazing
Do you have any source from where i can begin?? im totally confused the book isn't giving all the information i need . like how can i start this lesson
Thank you!!
You are welcome
Thank you for your clearance explanation.
You are welcome
Thank you soo much Sir. these static videos have helped me pass my exam. very detailed workouts and explained very well.
do you have similar videos for dynamics and fluid mechanics?
You are the best!! Thank you for the help
Happy to help!
Thanks a lot for all these videos. Your effort is very much appreciated.
Can you demonstrate how to calculate the displacement of an aircraft performing a constant radius turn, caused by a wind force vector? (As opposed to a plane traveling a straight trajectory)
at 14:00 why did you put Fsin0 - 700sin15 =500 , shouldnt forces upwards = forces downwards? because when i was trying to solve i put Fsin0 + 500 = 700sin15
The questions says that the RESULTANT force acts up. You add all of the forces (with their corresponding signs) and the Resultant must be equal to 500. What you did is considering the 500 as an additional force and not as a resultant
Hi Sir I'm confused in 34:32 where you said the angle of the resultant is 30° why 30° instead of (theta-30°)
thx bro
Jesus loves you
Believe in him and repent
Very clear. I thank you sir for your help
You are welcome
thank you so much sir
its me bhupendra bhandari from Nepal
and i perfectly depends your teaching sir
You are welcome!
thank you so much helped differentiate between rectangular and non-rectangular components
You areWelcome!
How did you determine the trig identity to use at 48:19 when translating the vector?
Thanks!
dam i love this. thanks a lot... like i was looking different way to solve these kind of problem and this is the best one for me thanks a lot for this video
you are welcome
very nice solutions for us to understand 🔒🔒🔑🔑🔓🔓
I just started watching your videos, along with my personal extensive reading of my textbook, and the outcome is that I'm getting the hand of statics - It's pretty simple and exciting now.
Your content is very well made and organized, love it. Thank you for efforts, expect to see me in the comment sections asking/discussing something if necessary.
P.S: Could you please tell me the name of the textbook you're using/teaching that is (if) related to these videos?
Glad you liked them. Now remember to press the like icon for all of them. Thanks
"P.S: Could you please tell me the name of the textbook you're using/teaching that is (if) related to these videos?"
I use several books and also problems I create/modify
Great work sir 👍
Many thanks
How do you get the value of 44.79 it is always wrong in my calculator
very helpful videos thank you
in 14:05, it should be + 500 right? because 500 going up. so the equation should be F sin theta -700 sin 15 + 500 =0 ????
Nadya Husna Keumala i supposed to ask that too... I think thats a liitle mistake of him... 😁
These are the y- components of the two forces. Those two components are equal to the resultant which is 500 since the resultant is in the direction of the positive y-axis.
Nadya Husna Keumala thank you
Yes you right
Becauz either he can write as you mention above or he can also writen it as
Sum of components=-(Resultant)
Where "-" provide equlibrium and indicates both balance each other by taking opposite direction.
thank you very much for your teaching~
Thank you very much for your learning
make videos on strength please. it will be beneficial for me the next semester
Sorry of the stupid question,but the first lecture is Copy of Lecture 1-2, right?
I am studying Architecture and I am covering a limited amount of vector mechanics i.e Statics but presented for Architecture students (aim is to solve a 3-hindge arch exercize) and not for Engineers. Can you tell which are the lessons so that I am to learn them in a short amount of time. I will start with those two.Thank you in advance!
where can i get my hands on those problem worksheets you have to write over??
28:26 shouldn't f1v be negative since that component is in the downwards direction?
Hello to you too...
Nope...the direction is given for the position of the letter (labeling) on the axis
Really helpful man. Can you you make a simplified video on couples ??
it is posted
i don't know how to thank you enough
You are welcome!
the first method and the second method dont yield the same answer. the first one gives 959.78 and second one gives 959.57
thank you sooo much sir you saved my future !!
Good luck
Hello I really need help with 4 force vectors in equilibrium. 2 angles with forces known, the other 2 angles with forces unknown. Please help me!?
Is it f_x ^2 +f_y^2 = 500?Can you take that 500 (resultant force ) to sum of forces in y?
hello, I want to ask about the second triangle. why the F2U direction is become opposite than real u?
Man wish I had you as my prof
Grass is always greener on the other side... maybe you wouldn't like my exams :)
Good explanation
glad you liked it!
you are welcome!
That looks like a real nice pen you have there. Glides well.
Thank you so much for your lectures! My only question is: at 0:12:44 you say that summation of forces in Y is 500 N, Then you say that vertical component of F equals F*sin and then write a equitation F*sin -700*sin(15)=500. I can't really get is since summation of forces in Y and F are the same vector here. I would really appreciate your answer!
Mr. second problem resolve the f2 into components along u and v I did not understand how the angle be 70 I will be glad if explan to me
the sum of angle in a triangle must be equal 180, so 180-65-45=70
thanks very much MR.
Sir you are great. Best technique. :)
+Basham Ahmed glad you liked them. Thank you
it is so helpful thank u sir👏
So nice of you
Did anyone have an issue with the first method vs the second method? for some reason my calculator wants to keep pumping out 43.23 degrees for theta. I do (500+700sin15)/700cos15, then multiply by inverse tan.
at 38:45, why is the angle below the positive x-axis until the negative y-axis is more 90 degrees? shouldn't it be a right angle?
The angle is not between x and y
Very helpful!
thank you!
You are welcome!
fantastic job