Have an engineering design exam in a few days and I kept stumbling over the same type of question as in example 3, thank you so much for providing this content! Helps students like me a lot :)
I'm 7 weeks into this semeseter of my engineering class and this is helping in preparing for my midterm thank you! PS. I think we're going to be best friends for my whole time in college.
Yea, if you're going mechanical, check my playlists page, I have a playlist for a bunch of different courses, freshman through senior level. Good luck.
Giving away my professorly secrets here. Whenever I want to deflect away from a question, I respond with "That's a great question, but it's not going to be on the test" :P
You're welcome. If you want additional practice problems for Missing Views or Missing Lines, check out my Engineering Graphics Playlist for a bunch of newer videos that I released in the past 2 months with a lot of extra examples you can use for practice.
For all my drawings, I'm always considering the "middle" drawing to be "Front", the one to the right of middle "Right" and the one above the middle "Top". I have my next video on this topic coming out January 26. That video is similar to this one, Missing Views, but in the new video, the missing views will all be missing FRONT views, the one in the middle.
Yes, the problem shouldn't fundamentally change when using Left side view instead of right. You just have your miter line on the other side of the top view, but process is the same.
To start, you can draw the top/bottom of that side view bounding box by drawing horizontal lines from the very top/bottom of the front view over to the right. This is because the front and right side views should be the same height, so their top and bottom are the same. Then the left/right of the right side view, will be the same width, as the height of the top view. At the time code you mentioned, 10:45, that's the method I would recommend to draw the left/right sides of the bounding box of the right side view. From the top view, trace the top and bottom to the right until they hit your miter line. Then bend them each downward, and they will mark the left/right sides of the right view. Thanks for watching.
If we're given the top/bottom and side view and are asked to draw the front view, do we need the mitre line? Had this on my exam and kinda messed it up
Nope. Only need miter line to connect top/side views. From top to front is just straight down. Right to front just straight horizontal. I just double checked ... I have 3 different videos on missing views (easy to find in my 19 video engineering graphics playlist if you haven't seen it yet), and not one of them has an example with a missing front view. Always missing top or missing side view. Seems like an oversight I might want to create a new video for. Thank you for the idea.
@@BrianBernardEngineering Yeah, thanks for the explanation. What's funny is that the question on the exam said to draw a mitre line (in bold). My exercise bundle for the course only had missing top/side views only as well.
I'm super glad to help. If you haven't seen my Graphics playlist, this video you watched is about 3 years old, but within the past few months, I've uploaded about 20 other similar videos, missing lines, missing views, orthographic drawings, isometric drawings. They may help you out during the next couple weeks as your class moves on to different types of drawings.
Thusher is correct. Drawings will look the same, just be rearranged. 1st angle view - the drawing is behind the object ... consider as if the object were casting a shadow on the wall behind it. 3rd angle view, the drawing is in front of the object, as if you were looking through a glass panel at the object. Also may help to think back to your math classes ... 1st quadrant is the upper right quadrant, so that's where Front goes, then the others go left and below it in the 2nd/4th. In 3rd angle view, Front goes in the 3rd quadrant, so then top/right still go in the appropriate 2nd/4th quadrants.
If you want more examples, check my Graphics playlist, I have a few other videos on this same topic, and they use different methods, so maybe a different technique will resonate with you. Good luck this semester.
Thank you. I love when students are able to learn enough from my videos to get a better grade, turn their knowledge into a good internship, and eventually start a career that will make them happy. Hopefully you are on this path.
Best Video for Engineering Design Classes 💯
Thank you, I'm glad you liked it.
I’ve watched this 5 times, it made since on the 5th watch. Thank you!!
I'm glad it clicked eventually, but I'll try and do better so that my next videos make sense the 1st time.
same!!!! it was goood but hard to understand
Have an engineering design exam in a few days and I kept stumbling over the same type of question as in example 3, thank you so much for providing this content! Helps students like me a lot :)
Those surfaces that include edges angled in x,y,z axes can be tough for sure. I hope your exam went well.
I'm 7 weeks into this semeseter of my engineering class and this is helping in preparing for my midterm thank you!
PS. I think we're going to be best friends for my whole time in college.
Yea, if you're going mechanical, check my playlists page, I have a playlist for a bunch of different courses, freshman through senior level. Good luck.
glad you could boil it down to 13 min for a freshman cramming his way into college, thanks!
I'm happy it helped. Good luck and get a good night's sleep.
I am doing basic 3D modelling course, leaning how to sketch orthographic view. Your video is really helpful!! Thank you!!
You're very welcome! I hope you have a great semester.
Just subscribed! Clear explanations. Can you use auxilary views to construct platonic solids in perspective?
Giving away my professorly secrets here. Whenever I want to deflect away from a question, I respond with "That's a great question, but it's not going to be on the test" :P
Mashallah is this what it feels like to have your third eye opened
Glad I could help. Keep up the good work!
Thank you very much, this helped me a lot. Greetings from Perú 💕💕
I'm really glad it helped. I've never been to Peru, but my sister has and she loved it, and I hope you are doing great.
Please sir, I have exercises I did how can I summit it to you?
Sorry, but I don't have a site for uploaded documents. Good luck in your class though!
Thanks so much for this!!!
You're welcome. If you want additional practice problems for Missing Views or Missing Lines, check out my Engineering Graphics Playlist for a bunch of newer videos that I released in the past 2 months with a lot of extra examples you can use for practice.
Great video, watching before an engineering design test 👍
It's too late for me to wish you luck, but I still hope you did well.
please in your next video can you specify in your drawings which one is front view which one is top view etc...
For all my drawings, I'm always considering the "middle" drawing to be "Front", the one to the right of middle "Right" and the one above the middle "Top". I have my next video on this topic coming out January 26. That video is similar to this one, Missing Views, but in the new video, the missing views will all be missing FRONT views, the one in the middle.
Do we have to do the same when given the left side view
Yes, the problem shouldn't fundamentally change when using Left side view instead of right. You just have your miter line on the other side of the top view, but process is the same.
Question: I don't have a little box where my drawing should go, how would I go about making the SIDE view like at 10:45.
Thank you!
To start, you can draw the top/bottom of that side view bounding box by drawing horizontal lines from the very top/bottom of the front view over to the right. This is because the front and right side views should be the same height, so their top and bottom are the same. Then the left/right of the right side view, will be the same width, as the height of the top view. At the time code you mentioned, 10:45, that's the method I would recommend to draw the left/right sides of the bounding box of the right side view. From the top view, trace the top and bottom to the right until they hit your miter line. Then bend them each downward, and they will mark the left/right sides of the right view. Thanks for watching.
@@BrianBernardEngineering I see, Thank You!!
That was really useful I shared the video with my college group 🤣🤣🤚🏻
Thank you so much. I hope it helps them as much as it helped you.
If we're given the top/bottom and side view and are asked to draw the front view, do we need the mitre line? Had this on my exam and kinda messed it up
Nope. Only need miter line to connect top/side views. From top to front is just straight down. Right to front just straight horizontal. I just double checked ... I have 3 different videos on missing views (easy to find in my 19 video engineering graphics playlist if you haven't seen it yet), and not one of them has an example with a missing front view. Always missing top or missing side view. Seems like an oversight I might want to create a new video for. Thank you for the idea.
@@BrianBernardEngineering Yeah, thanks for the explanation. What's funny is that the question on the exam said to draw a mitre line (in bold). My exercise bundle for the course only had missing top/side views only as well.
Thank you so much for this video I really understood easily
You are welcome!
This helped a ton ❤❤
I'm super glad to help. If you haven't seen my Graphics playlist, this video you watched is about 3 years old, but within the past few months, I've uploaded about 20 other similar videos, missing lines, missing views, orthographic drawings, isometric drawings. They may help you out during the next couple weeks as your class moves on to different types of drawings.
Thank you so much sir!
you're welcome
Amazing!
Thanks!
Thanks
you're welcome! Have a great rest of your semester.
Is it the same with 1st angle proj?
first angle projection just means the layout is different, the front right and top views are the same
Thusher is correct. Drawings will look the same, just be rearranged. 1st angle view - the drawing is behind the object ... consider as if the object were casting a shadow on the wall behind it. 3rd angle view, the drawing is in front of the object, as if you were looking through a glass panel at the object. Also may help to think back to your math classes ... 1st quadrant is the upper right quadrant, so that's where Front goes, then the others go left and below it in the 2nd/4th. In 3rd angle view, Front goes in the 3rd quadrant, so then top/right still go in the appropriate 2nd/4th quadrants.
@@BrianBernardEngineering thank you
I feel insane! i just can't see it. So unfortunate. I will keep at it!
If you want more examples, check my Graphics playlist, I have a few other videos on this same topic, and they use different methods, so maybe a different technique will resonate with you. Good luck this semester.
@BrianBernardEngineering Thanks so much! I watched all the playlist and I aced my midterm!!! ❤️❤️
Thank youu
I'm glad it helped.
ilysm
The feeling is mutual, in a professionally appropriate manner.
i love you
Thank you. I love when students are able to learn enough from my videos to get a better grade, turn their knowledge into a good internship, and eventually start a career that will make them happy. Hopefully you are on this path.