3.8 If the velocity distribution for a 2D ideal flow is given by u = :- (1+1) 1+21 Obtain the equation of: (a) the streamlines (b) the pathlines (c) the streaklines that pass through point (1, 1) at t= 0. 1+ In (x) 1- In (x) (1+2t){1+(1+2t)In(x)} 1+2t- In(x) (1+4 (c) y= Ans: (a) y=x2 (b) y
3.8 If the velocity distribution for a 2D ideal flow is given by u = :- (1+1) 1+21 Obtain the equation of: (a) the streamlines (b) the pathlines (c) the streaklines that pass through point (1, 1) at t= 0. 1+ In (x) 1- In (x) (1+2t){1+(1+2t)In(x)} 1+2t- In(x) (1+4 (c) y= Ans: (a) y=x2 (b) y
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![3.8 If the velocity distribution for a 2D ideal flow is given by
u =
(1+1)*
1+2t
Obtain the equation of:
(a) the streamlines
(b) the pathlines
(c) the streaklines that pass through point (1, 1) at t= 0.
1/2
1/2
1+ In (x)
1- In (x)]
(1+2t){1+(1+2t)In(x)}
1+2t – In(x)
(1+4
(b) у
(c) y=
1+2t
Ans: (a) y= x](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F111a3d2d-5721-4432-a971-89742b511c5e%2Fc1cebefe-805e-4a0f-adb1-28bb4c153901%2Fyeitimr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3.8 If the velocity distribution for a 2D ideal flow is given by
u =
(1+1)*
1+2t
Obtain the equation of:
(a) the streamlines
(b) the pathlines
(c) the streaklines that pass through point (1, 1) at t= 0.
1/2
1/2
1+ In (x)
1- In (x)]
(1+2t){1+(1+2t)In(x)}
1+2t – In(x)
(1+4
(b) у
(c) y=
1+2t
Ans: (a) y= x
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