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K + 2y (u and v

K + 2y (u and v

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This is my second time uploading.. First time I was received wrong calculations attached below... Give me  with clear calculations. 

A flow field has x and y components of velocity (w = 0) defined as follows: u = 2x v = x + 2y (u and v in m/s, x and y in m, t in sec). What are the x and y components of the acceleration vector, ax and ay? ax = 2x + y and ay = 4y ax = 4x and ay = 4x + 4y ax = 4x + 4y and ay = 4x + 4y ax = 4x + 4y and ay = 4y %3D
Transcribed Image Text:A flow field has x and y components of velocity (w = 0) defined as follows: u = 2x v = x + 2y (u and v in m/s, x and y in m, t in sec). What are the x and y components of the acceleration vector, ax and ay? ax = 2x + y and ay = 4y ax = 4x and ay = 4x + 4y ax = 4x + 4y and ay = 4x + 4y ax = 4x + 4y and ay = 4y %3D
Gwen datar %3D du dx 2x. x2 + (x+ zy)x 0 - 4x dy v du Tan - ya] -) lan 42 u du dn + 2x. x2 + (x+24 ) x2 : ay- v dr dy 22 + 22 +4y= 4at4y ay: 4a+4y an: 4n and ay → Ammer ३। ३
Transcribed Image Text:Gwen datar %3D du dx 2x. x2 + (x+ zy)x 0 - 4x dy v du Tan - ya] -) lan 42 u du dn + 2x. x2 + (x+24 ) x2 : ay- v dr dy 22 + 22 +4y= 4at4y ay: 4a+4y an: 4n and ay → Ammer ३। ३
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