You nailed it. My professor took about three times as many steps as you did to get the same result. Given this is a timed exam, your demonstration was critical to my passing. All the numbers came out perfect. THANK YOU!👍
One of the most helpful Solidworks videos I have seen. You showed me a number of tricks no one else has shown. Thank you for your help, you explain things better than many of the other RUclipsrs.
Great video - question I have in general - instead of using sketch chamfers, if I use a dimension and a 45 degree angle, I get a different mass for the object. Perplexing. Wouldn't that create the same geometry?
Really helpful but the right mass at 13:42 (question 5) is 628,18g instead of 651,34g and the final mass is 432,58g Nagyon hasznos video, de a helyes tömeg 628,18g 13:42-nél (5. kérdés) 651,34g helyett, és a végleges tömege 432,58g
@@MrP1kollo the person in the video did it correctly with the equation values that he used, I also got 651.34g. However, you guys are also right if you use the following values: A = 86, B = 58, C = 44. You were looking at a different version of the practice test. When I plugged those values in, I got the same ones you did
Make sure that while dimensioning in the first part, you have dimensioned with respect to the origin (make some dimensions from the origin, like make a vertice start from the origin). Make it fully defined before extruding it....
You nailed it. My professor took about three times as many steps as you did to get the same result. Given this is a timed exam, your demonstration was critical to my passing. All the numbers came out perfect. THANK YOU!👍
One of the most helpful Solidworks videos I have seen. You showed me a number of tricks no one else has shown. Thank you for your help, you explain things better than many of the other RUclipsrs.
Same here
Супер.👍Большое спасибо за показ и объяснения.❤
Thanks for making theese videos! 👍
Actually, this was a very good video. Actually, thank you!
thanks a lot sir, nice explanation
With the 1mm shell you can also add the face of the cylinder to remove the 1mm walled cylinder but still keep the floor
We thank you for your efforts. Can you help us design a foot prosthesis?
good freen
Great video - question I have in general - instead of using sketch chamfers, if I use a dimension and a 45 degree angle, I get a different mass for the object. Perplexing. Wouldn't that create the same geometry?
Good question, it should be same result.
Very good
Nice work
The correct unswers is :
- 939.54 g
- 1032.32 g
- 432.58 g
Hi there! Thank you for this video! Do you have the PDF file to share?
i have the pdf file. if you want you can write your email, cause i want send the pdf file by email
The values i got is different from yours even though i used the same method
Really helpful but the right mass at 13:42 (question 5) is 628,18g instead of 651,34g and the final mass is 432,58g
Nagyon hasznos video, de a helyes tömeg 628,18g 13:42-nél (5. kérdés) 651,34g helyett, és a végleges tömege 432,58g
I've the same mass with you mate. Thanks for sharing
@@MrP1kollo the person in the video did it correctly with the equation values that he used, I also got 651.34g. However, you guys are also right if you use the following values: A = 86, B = 58, C = 44. You were looking at a different version of the practice test. When I plugged those values in, I got the same ones you did
@@justapollo709 Thanks for sharing bro. Got the same mass and was confused for a while when reading the comments haha
you missed out step2.
why i am not getting accurate answers like u sir?i am getting like 10 values ahead of u
me too
Make sure that while dimensioning in the first part, you have dimensioned with respect to the origin (make some dimensions from the origin, like make a vertice start from the origin). Make it fully defined before extruding it....
final mass 628
I am first'
Final mass is 377.48 g