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June Schneider
เข้าร่วมเมื่อ 28 ก.ย. 2011
วีดีโอ
Fun and different ways to determine centroid
มุมมอง 674 ปีที่แล้ว
Fun and different ways to determine centroid
Common Shapes Centroid and Cool Pattern!
มุมมอง 584 ปีที่แล้ว
Common Shapes Centroid and Cool Pattern!
Centroid: Determined by integration-Part 2
มุมมอง 794 ปีที่แล้ว
Centroid: Determined by integration-Part 2
Centroid: Determined by integration Part 1
มุมมอง 974 ปีที่แล้ว
Centroid: Determined by integration Part 1
Solidworks: Basic Shapes and Property Analysis
มุมมอง 604 ปีที่แล้ว
Solidworks: Basic Shapes and Property Analysis
Please could you solve it with embedding on B so the x in the opposite side
I can send u my exercise if u want to
Thanks 🙏👍
good
73
Thanks to you, I've understood it now.
it will be easy for the student if you mentioned the question
Why did you use moment of A?
Great explanation, thank you !
nice👍👍
This video helped me a lot thank u ma’am 🤗🤗
Thank you😭 You are a life saver!!!!
Sorry to say but it's a very boring explanation Ma'am,
thank you so much, i was having a hard time figuring out how to go about using tables, i knew i had a compressed liquid but my pressure being too low for C.L table confused me a lot
i also wasnt 100% clear on if we could use the single state (such as Vf, uf, hf) or if we had to do some kinda of linear approx in this situation, thank you for adding that extra stuff in as well even though it wasnt apart of the table
It was helpful thanks miss
This lady is awesome😃
thank u really helpful
Very nice video please can you suggest a text book that I can understand this???
thank you so much ❤
Really... helpful
😘 tq Ms.
U got a new subscriber 😊
6:36 😮😅
I don't understand 😢
Ma'am, its tough for me please share another video with some easy method .if possible please...
Thank you.
Thankyou this really helped me alot.
Thanks 👍
Could you tell me how do we know when the moment is clockwise or anticlockwise in FBD?
nice tutoring with cute voice....
was very helpful, thank you
You are a lifesaver maam
thank you for your clean explanationsss!!!
Well explained, thank you
thanks I understand it now !
I want this notes
I don't understand your use of directions 😕. Pls I need clarification. Why was C having a downward shear force but in the previous video it was upward.
İf s1 bigger than sg how to find h2s
s1=s2 at h2s, so since s2> sg at state 2 u go to superheated values and use ur temp and pressure values to find h2, that will be ur h2s
@@iamdanish99havocx79 if ı do your opinion ı cant calculate efficiency h1-h2/h1_h2=0
@@iamdanish99havocx79 hi again when we make it like you said h2=h2s and we found efficiency %100 so (h1-h2)/(h1-h2s) = 1
your sound so sweet🥰🥰
useful
What book are you using please I need it please 🥺
What book do you use or your slides for mechanics of materials please I need them
Awesome explanation, helped sort out a lot of questions I had!
I can’t understand the accent clearly, what’s the cross sectional area please?
Would the h2 being solved for, be the same as h2s?
This was really helpful, thank you so much ,,, can i connect with you by email or WhatsApp? , please i need your help
This was really helpful, thank you so much ,,, can i connect with you by email or WhatsApp? , please i need your help
This was really helpful, thank you so much ,,, can i connect with you by email or WhatsApp? , please i need your help
This was really helpful, thank you so much ,,, can i connect with you by email or WhatsApp? , please i need your help
You are just awesome