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15. A bead slides without friction on a wire which is rotating with angular velocity, o in the force free space. Write down the Y4 Wire Lagrange's equation of motion and show that radial velocity is given by P(x. y) Bead dr (@22 +constant)/2 %3D dt (i) radial acceleration is given by We have * = 0? r-g sin ot. where 0 = wt X =r cos e Fig. 2.26. y =r sin e or

15. A bead slides without friction on a wire which is rotating with angular velocity, o in the force free space. Write down the Y4 Wire Lagrange's equation of motion and show that radial velocity is given by P(x. y) Bead dr (@22 +constant)/2 %3D dt (i) radial acceleration is given by We have * = 0? r-g sin ot. where 0 = wt X =r cos e Fig. 2.26. y =r sin e or

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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15. A bead slides without friction on a wire which is rotating with angular velocity, o in the force free space. Write down the Y4 Wire Lagrange's equation of motion and show that P(x. y) Bead dr radial velocity is given by = (@? ,2 + constant)/2 dt (ii) radial acceleration is given by r = 02r-g We have X =r cos 6 where 0 = wt %3D Fig. 2.26. y =r sin 0 or 0 = 0 %3D
Transcribed Image Text:15. A bead slides without friction on a wire which is rotating with angular velocity, o in the force free space. Write down the Y4 Wire Lagrange's equation of motion and show that P(x. y) Bead dr radial velocity is given by = (@? ,2 + constant)/2 dt (ii) radial acceleration is given by r = 02r-g We have X =r cos 6 where 0 = wt %3D Fig. 2.26. y =r sin 0 or 0 = 0 %3D
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