Hello, Respected sir/madam, I want answers for both questions. Please try to send me. Thanking you 2. For Blasius solution of laminar boundary layer, prove for the displacement thickness,US*f') dn = lim (n - f) = 1.216782vxS*1.7208V Re, 3. For Blasius solution of laminar boundary layer, prove for the momentum thickness,U0.2vxf'(1 – f') dn = f"(0) = 0.46960,0.664V Re,

Name: Hello, Respected sir/madam, I want answers for both questions. Please
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Description: Hello, Respected sir/madam, I want answers for both questions. Please try to send me. Thanking you 2. For Blasius solution of laminar boundary layer, prove for the displacement thickness,US*f') dn = lim (n - f) = 1.216782vxS*1.7208V Re, 3. For Blasiu

Given as, δ*U2vx=∫0∞1-f'dη=limn→∞n-f=1.21678 As per guideline, allowed to answer first question…

Answered: f') dn lim (n lim (n f) = 1.21678 η…

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Hello, Respected sir/madam, I want answers for both questions. Please try to send me. Thanking you

2. For Blasius solution of laminar boundary layer, prove for the displacement thickness,
U
S*
f') dn = lim (n - f) = 1.21678
2vx
S*
1.7208
V Re,

3. For Blasius solution of laminar boundary layer, prove for the momentum thickness,
U
0.
2vx
f'(1 – f') dn = f"(0) = 0.4696
0,
0.664
V Re,

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f') dn lim (n lim (n f) = 1.21678 η 1.00