In the project following Section 4.7 we expressed the power needed by a bird during its flapping mode as P ( v , x , m ) = A v 3 + B ( m g / x ) 2 v where A and B are constants specific to a species of bird, v is the velocity of the bird, m is the mass of the bird, and x is the fraction of the flying time spent in flapping mode. Calculate ∂ P / ∂ v , ∂ P / ∂ x , and ∂ P / ∂ m and interpret them.
In the project following Section 4.7 we expressed the power needed by a bird during its flapping mode as P ( v , x , m ) = A v 3 + B ( m g / x ) 2 v where A and B are constants specific to a species of bird, v is the velocity of the bird, m is the mass of the bird, and x is the fraction of the flying time spent in flapping mode. Calculate ∂ P / ∂ v , ∂ P / ∂ x , and ∂ P / ∂ m and interpret them.
Solution Summary: The author calculates partial v, x and m and interprets them.
In the project following Section 4.7 we expressed the power needed by a bird during its flapping mode as
P
(
v
,
x
,
m
)
=
A
v
3
+
B
(
m
g
/
x
)
2
v
where
A
and
B
are constants specific to a species of bird,
v
is the velocity of the bird,
m
is the mass of the bird, and
x
is the fraction of the flying time spent in flapping mode. Calculate
∂
P
/
∂
v
,
∂
P
/
∂
x
, and
∂
P
/
∂
m
and interpret them.
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