| Problem 1 : Similarity (10 points)\ An object of irregular shape has a characteristic length of

L_(1)=1m

with its surface maintained at a\ uniform temperature of

T_(s_(1))=520K

. When placed in atmospheric air at a temperature of

T_(\\\\infty _(1))=310K

\ and moving with a velocity of

V_(1)=50(m)/(s)

, the average heat flux from the surface to the air is

q_(1)^()=

\

15,000(W)/(m^(2))

. A second object having the same shape, but with a characteristic length of

L_(2)=2.5m

, is\ maintained at a surface temperature of

T_(s_(2))=257\\\\deg C

and is placed in atmospheric air at

T_(\\\\infty _(2))=27\\\\deg C

.\ Is it possible, under the given conditions, to have the value of the average heat flux

q_(2)^()

from the surface to the air if the air velocity is V 2 = 20m/s ? If yes compute q(dot)2

An object of irregular shape has a characteristic length of L1=1m with its surface maintained at a uniform temperature of Ts1=520K. When placed in atmospheric air at a temperature of T1=310K and moving with a velocity of V1=50m/s, the average heat flux from the surface to the air is q1= 15,000W/m2. A second object having the same shape, but with a characteristic length of L2=2.5m, is maintained at a surface temperature of Ts2=257C and is placed in atmospheric air at T2=27C. Is it possible, under the given conditions, to have the value of the average heat flux q2 from the surface An object of irregular shape has a characteristic length of L1=1m with its surface maintained at a uniform temperature of Ts1=520K. When placed in atmospheric air at a temperature of T1=310K and moving with a velocity of V1=50m/s, the average heat flux from the surface to the air is q1= 15,000W/m2. A second object having the same shape, but with a characteristic length of L2=2.5m, is maintained at a surface temperature of Ts2=257C and is placed in atmospheric air at T2=27C. Is it possible, under the given conditions, to have the value of the average heat flux q2 from the surface