I’ve been using these as practice. Pause the video at the start and complete the model on my own then compare my process to yours What would be extremely helpful is you showing the weight of the completed part and centre of mass, allowing people to double check their own models
That's what I used to think then I realized that a lot of beginners would be confused as to what the weight of the part and the center of mass has to do with anything. He'd be getting endless questions as to why their model was .01 grams off, etc. If you think that wouldn't happen, look at the question in the comments here, for example, about "Hey could you build a sheet metal boat?" Only an intermediate or more advanced user could use that weight and CoM information to check their own model. There are also only a few viewers who are doing what you are, i.e. pausing the video at the beginning and building the model on their own. If you do that, the only way to check it is to play the video all the way through at normal speed afterwards, checking that you used the precise dimensions he did. For what it's worth, this model should be: Mass = 875.29 grams and the Center of Mass (mm) X = -0.75, Y = 16.25, and Z = -16.92.
@@thinking-monkey definitely agree some beginners wouldn’t benefit from the mass info and he would probably get a few hundred extra comments on his videos. That in itself may work to his benefit though for attracting more viewers for future videos, also that would be a positive feed back viewers are using the info, I digress Anyone going through Solidworks certifications such as myself would benefit from the info as it closely mimics practice tests Thanks for commenting your mass and centre gravity. I’m going to comment mine from now on the future videos
No mistake. The distance is from the tangency between the straight line and the radius (which is 10mm) to the top of the 9mm vertical line. The 28mm is not from the center of that radius, but from near the bottom of the radius where the straight line meets it/is tangent to it. See video at 03:59.
@@thinking-monkey Look at the drawing at the beggining of the episode , the isometric view shows that the distance between the center of the 10 mm circle and the top of the 9 mm line
I’ve been using these as practice. Pause the video at the start and complete the model on my own then compare my process to yours
What would be extremely helpful is you showing the weight of the completed part and centre of mass, allowing people to double check their own models
That's what I used to think then I realized that a lot of beginners would be confused as to what the weight of the part and the center of mass has to do with anything. He'd be getting endless questions as to why their model was .01 grams off, etc. If you think that wouldn't happen, look at the question in the comments here, for example, about "Hey could you build a sheet metal boat?" Only an intermediate or more advanced user could use that weight and CoM information to check their own model. There are also only a few viewers who are doing what you are, i.e. pausing the video at the beginning and building the model on their own. If you do that, the only way to check it is to play the video all the way through at normal speed afterwards, checking that you used the precise dimensions he did. For what it's worth, this model should be: Mass = 875.29 grams and the Center of Mass (mm) X = -0.75, Y = 16.25, and Z = -16.92.
@@thinking-monkey definitely agree some beginners wouldn’t benefit from the mass info and he would probably get a few hundred extra comments on his videos. That in itself may work to his benefit though for attracting more viewers for future videos, also that would be a positive feed back viewers are using the info, I digress
Anyone going through Solidworks certifications such as myself would benefit from the info as it closely mimics practice tests
Thanks for commenting your mass and centre gravity. I’m going to comment mine from now on the future videos
this man is a great teacher, congratulations for you master !!!!
Nice explanation
Thanks for the excellent tutorial! 👍
Thank you. Learn't a lot. Can you do one on Solidworks CAM if possible.
Excellent explanation
Thanks a lot for your work but i think you made a little mistake. 28mm between the centre of the ten mm circle and the 9mm left vertical line.
No mistake. The distance is from the tangency between the straight line and the radius (which is 10mm) to the top of the 9mm vertical line. The 28mm is not from the center of that radius, but from near the bottom of the radius where the straight line meets it/is tangent to it. See video at 03:59.
@@thinking-monkey Look at the drawing at the beggining of the episode , the isometric view shows that the distance between the center of the 10 mm circle and the top of the 9 mm line
Sir. Could you tell me how to download your excise booklet
Hello, can you please share the 3D file of this drawing with us?
hocam yeni çizimler yapın artık bu çizimlerin miadı doldu
Hey could you make a sheet metal boat?