For flat plate questions 1 and 2: He writes U/VX for the Reynold's number (which is wrong), but his value for h is computed using UX/V (which is right). He makes this mistake in class because the equations on the side of the board also have this error, but his pre-written notes evidently have the correct formula.
19:40 to 19:55 very very important thank you
7:38 - X must be in the numerator if you wanted to show the Reynolds number
10:19 the same
@@Oxone_2KHSO5 I thinks so. Are u sure for that?
i believe that the output for the kinematic viscosity yields 8.06e-7 and not 78.2e-8 using the thermophysical properties on the board
how do we find the properties from table,ı do some interpolation but it does not result same as 2:01
7:08 I believe your equations for the Nu number are wrong
Great explanation for a complex problem. You earned a subscriber. Love from India ❤
Thanks!
thank you that was very helpful
For flat plate questions 1 and 2: He writes U/VX for the Reynold's number (which is wrong), but his value for h is computed using UX/V (which is right). He makes this mistake in class because the equations on the side of the board also have this error, but his pre-written notes evidently have the correct formula.
Please provide a time stamp where this occurs so we can check it out.
@@CPPMechEngTutorials 7:38, just like Alex says below. Also he issues an explanation for the mistake during the first 3 minutes of lecture video 28.
@@ryanm3662 Thanks. We will place a correction in the show notes below the video.
great teaching but some of the numbers he's writing in his examples are from outer space. someone buy this man a working calculator
Thanks^100
Only 100? :(