i have a test tommorow morning, i could have spet whole night trying to get my head wraped around this but after watching your video and a little bit of practice i can say with ease i will pass and its all thanks too you
I've been searching for videos to explain nut and bolt and nothing came up. I have an exam tomorrow and my friend told me to search you up. It's amazing. Thank you
Beautiful line work man, if only I had found you channel earlier... Honestly 9 years losing my drive regarding anything remotely Engineering and Science, coming from a fellow South African's TH-cam tutorial it means a lot to me so much so that it almost reminds me of someone from a different life... Almost...
I have understood it better than what I was trt,,now I can face that knec exam with confidence..I came vile ita came..kitu ndechu ndaksi😊👊one love engineers.
Nice wouldn't of have thought of that myself. Believe it or not I was trying to dimension a hex head (not even a bolt size) based on the distance across the flats, couldn't figure it out with a CAD software. Thanks a lot.
i saw a video that tells you to take the M value to the nearest multiple of 4 (for example, if it's M22, then the circle will be D24) idk how accurate that is and if marks will be deducted in the exam. i would appreciate any help or clarity on this issue. 🙏
After dropping the sides of the bolt, how did you come up with that horizontal line? You just said, now we gonna draw a line here to show the top of the bolt.....
Sir i have seen other different formula for this nut and bolt construction....I am confused...is there anyway i can reach out to you to ask and show you these other formula
Hello sir this is amazing can you please make video for this Instructions: Answer ALL questions. In this assignment, question (a) below is a description of a system and (b) provides information about a graphical plain scale. Question (a) requires the construction of two views of the artifact described, while (b) require the construction of a plain scale conforming to the information given. Both the two views and the graphical plain scale are to be drawn in the same drawing area of an A3 drawing sheet, laid in landscape, appropriately centralized as taught in this module. Please note that part (b) requires some prior calculations, these calculations shall be done in the drawing area (i.e., defined only by the standard margins and title block as taught in this module) on the flip side of the A3 not used for the views and the plain scale.(ONLY neat presentations earn credit). [Do not dimension your drawings unless explicitly asked to do so!] [deduct 5 Marks if unsolicited dimensions are included]question 1 [100%](A). A cleaning company contracted by BIUST has commissioned you to design a special tool with which to remove sticky chewing gum on the floors of student hostels. The tool is to be called a SCRAPER and its overall shape is a rectangular solid of 120 × 80 × 10 mm. However, one end of rectangular solid rises from zero thickness to a maximum thickness of 10 mm in a length of 30 mm to form a sharp edge. The opposite end is semicircular. A 30 mm diameter hole is positioned such that the center of the hole is 40 mm from the semicircular end and 40 mm from either side of the tool. Use an A3-size paper to appropriately layout a full-size drawing of this concept as presented by the cleaning company. Your drawing should, in appropriate portions: 1). give, in 3rd angle projection, the front view (FV) and top view (TV) of the tool appropriately centralized with the title block assumed to be 12 mm high, in which only 2) the name of the tool, 3). Your Student ID should appear neatly written. [50%]B) At a convenient place above the scraper in (a) above, construct a plain graphical scale to depict the situation whereby a field of 7.2 square meter is represented in a map by 10 cm x 8 cm. The scale should show centremeters (cm) at the lowest level but long enough to measure up to 3 meters (m). Be advised that the height of the scale (or the height of the thin long rectangle) shall be 10mm instead of the recommended 3mm taught in the module. This height is very important especially for centralizing your views vertically [50%]
Hi there. The thread is indicated by the two lines going down the side of the bolt shaft. It is the 0.1 times the M value that gives you the thread depth.
While that is true all school going kids that need to draw this have to do it pencil to paper and are marked on showing all construction. As are 1st year university students. They are not allowed to use Autocad yet. Hence the video.
Everytime I study for the nut and bolt since grade 8 I’ve came here. This is the best explanation on any platform.
i have a test tommorow morning, i could have spet whole night trying to get my head wraped around this but after watching your video and a little bit of practice i can say with ease i will pass and its all thanks too you
Very glad to hear I could be of help
@@anthonysparrow914 you sure did and thank you again
@@maikrajncic5309 ngl I was expecting you to not pass lool
me too 😭
I'm not even in school anymore but I am working on a cad model and forgot how to determine the size of a m13 bolt head. Thank you for this video!!!
I've been searching for videos to explain nut and bolt and nothing came up. I have an exam tomorrow and my friend told me to search you up. It's amazing. Thank you
seems like anyone who has watched this video had to appear in an exam the very next day
😂yes ,i'm also do have an exam tommorow
Damn right
True😂
I do today😢
I have today 😅😅
Beautiful line work man, if only I had found you channel earlier...
Honestly 9 years losing my drive regarding anything remotely Engineering and Science, coming from a fellow South African's TH-cam tutorial it means a lot to me so much so that it almost reminds me of someone from a different life...
Almost...
You sir,are a life saver
Truly he is
Only a pleasure. Let me know if there are other videos that would help
@@anthonysparrow914
I love you nigga
You explained it very well sir, thank you so much 😊
Tomorrow I have an exam in engineering drawing.you helped me a lot thank you so much,sir
You are the best 🌺🌺🌺🌺
Wow nobody taught me these calculations... Thanks sir
I definitely like it sir ...thank you so much ...especially for making it not too complicated.
Professional, your work is professional. Thank you, Professor ❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️
This really helped! Thank you so much
I have understood it better than what I was trt,,now I can face that knec exam with confidence..I came vile ita came..kitu ndechu ndaksi😊👊one love engineers.
Kwani we niwa tti😂
Thank you so much for the help!
Thx so much i was really confused but now i get it😁
Thank you so much ! This is extremely helpful
The compass slip is the worst thing that could ever happen in an exam
Thanks sir,you are too much better than my teacher
You're genius thanks man👍
you are a great help sir, thank you very much
Nice wouldn't of have thought of that myself. Believe it or not I was trying to dimension a hex head (not even a bolt size) based on the distance across the flats, couldn't figure it out with a CAD software. Thanks a lot.
Glad to hear it was helpful
Thanks a lot helped for my exams ❤
TEACHER YOU ARE GREATTTTT , PERFECTTTTT good to see you 😅😅😅👌👌👌👌👌🥹
Am having my lesson in 40 minutes time and I am happy seeing this,am going to deliver the content very well😂
i saw a video that tells you to take the M value to the nearest multiple of 4 (for example, if it's M22, then the circle will be D24) idk how accurate that is and if marks will be deducted in the exam. i would appreciate any help or clarity on this issue. 🙏
Very useful knowledge, thanks for the tutorial.
About to go write my engineering drawing exam this morning. Wish me luck😢
All the best dude
Saw this exactly one year later and the same fate has befallen me🥲
@@collinsokaloidiahi202 I passed mine. Goodluck!😂
Mines tomorrow 😂
@@MsMechanicalMuwe thanksss. I'm glad you passed. There's hope for me😁💯
After dropping the sides of the bolt, how did you come up with that horizontal line? You just said, now we gonna draw a line here to show the top of the bolt.....
Thank you so much!❤
It's been a nice lesson
Thank you so much.... The frustration when the needle slips😭😭😭😭
God bless you always sir.
Thank you for the help sir
Do I multiply all given M with 1.5 and 0.7
Thank you so much sir 😊i finally understand 🙏 🙌🏻 😭
Is this the first angle projection or third angle projection
How do I draw the nut and washer? Any video for that?
Sir i have seen other different formula for this nut and bolt construction....I am confused...is there anyway i can reach out to you to ask and show you these other formula
Ive got to watch this more cause I've got cxc next month
I was wondering how to do tangents in autocad for the top view and head of the bolt.Anyone know how?
Very nice, thank you!
Thank you sir
For Impacting 😍
From where get the pensel.
Very helpful!
love it sir
Thank you sir.
It seems that I am the only Algerian here
Why don't we make the threads seen or draw them
Quality explaining
Thank you very much sir😊
thank you for the sharing
Sir why didn't you draw the threading
are these calculation a standard formula?
Yes. 👌🏻
Thank you so much 🙏🏼❤️
GREAT WORK
Thank You Sir! 💚💚
Superb
Hello sir this is amazing can you please make video for this
Instructions: Answer ALL questions. In this assignment, question (a) below is a description of a system and (b) provides information about a graphical plain scale. Question (a) requires the construction of two views of the artifact described, while (b) require the construction of a plain scale conforming to the information given. Both the two views and the graphical plain scale are to be drawn in the same drawing area of an A3 drawing sheet, laid in landscape, appropriately centralized as taught in this module. Please note that part (b) requires some prior calculations, these calculations shall be done in the drawing area (i.e., defined only by the standard margins and title block as taught in this module) on the flip side of the A3 not used for the views and the plain scale.(ONLY neat presentations earn credit). [Do not dimension your drawings unless explicitly asked to do so!] [deduct 5 Marks if unsolicited dimensions are included]question 1 [100%](A). A cleaning company contracted by BIUST has commissioned you to design a special tool with which to remove sticky chewing gum on the floors of student hostels. The tool is to be called a SCRAPER and its overall shape is a rectangular solid of 120 × 80 × 10 mm. However, one end of rectangular solid rises from zero thickness to a maximum thickness of 10 mm in a length of 30 mm to form a sharp edge. The opposite end is semicircular. A 30 mm diameter hole is positioned such that the center of the hole is 40 mm from the semicircular end and 40 mm from either side of the tool. Use an A3-size paper to appropriately layout a full-size drawing of this concept as presented by the cleaning company. Your drawing should, in appropriate portions: 1). give, in 3rd angle projection, the front view (FV) and top view (TV) of the tool appropriately centralized with the title block assumed to be 12 mm high, in which only 2) the name of the tool, 3). Your Student ID should appear neatly written. [50%]B) At a convenient place above the scraper in (a) above, construct a plain graphical scale to depict the situation whereby a field of 7.2 square meter is represented in a map by 10 cm x 8 cm. The scale should show centremeters (cm) at the lowest level but long enough to measure up to 3 meters (m). Be advised that the height of the scale (or the height of the thin long rectangle) shall be 10mm instead of the recommended 3mm taught in the module. This height is very important especially for centralizing your views vertically [50%]
Hello
Please I want to register my TD app but your country code can not be replaced I'm a Ugandan with country code+256 please help me
Sir please do tuitorials using reads marine engineering drawing book
Thank you, sir.
Sir can you please do mechanical assembly
This really helpssss
You my hero
Thank you sir
A legend ♥️♥️
Wooow i have an exam Tomorrow atleast i have confidence
Wheres thread?
Hi there. The thread is indicated by the two lines going down the side of the bolt shaft. It is the 0.1 times the M value that gives you the thread depth.
muchas gracias capo
شكراً جزيلاً
ممين نتا
Thank you , you helped a lot✨. I couldn’t help but notice your hands tremble a lot, are you ok?
Bro's fingernail looks like it return for hell (13:24)
Thanks so much sir
Thanks
Legend!!
🤍💯Can you please do a video drawing a square bolt and thanks.
thanks man
THANK YOU
thank you
hello sir i have an assignment of engineering design element which is due on wednesday 16 march can you make it i will pay the charges
Thanks yo
Thanks ❤❤
LIFE SAVER 😭😭😭
thank you sir
Thanks man
Thanks, tomorrow i m sure to pass
Thank you again
24:30
This happens to the most of us 14:02
Respect
Life saver
Cool !!!
Waooooooo
thnq sir
13:47 “slips”
i thought he did it on purpose before he said it slipped cause he was doing it so well up until that slip.
Your fingers my guys
wish i saw this video about 3½months agotht i would've done better in my exam
Ys
How quaint - 25mins to explain something that takes 2minutes in Autocad
While that is true all school going kids that need to draw this have to do it pencil to paper and are marked on showing all construction. As are 1st year university students. They are not allowed to use Autocad yet. Hence the video.
God bless you always sir.