Let
be the ellipsoid with equation
so that the volume of
is given by the triple integral
Consider the augmented spherical coordinates given by the identities
Computing the Jacobian, we find that the volume element is given by
so that the volume integral can be written as
Answer:
Step-by-step explanation:
(7√2)(3√3) = 7·3·√2·√3
= 21√(2·3)
= 21√6
Answer:
-5
Step-by-step explanation:
(-44) + (-10) + 49
=> 49 - 44 - 10
=> 49 - 54
=> -5
Answer:
X=3
Line DG =32
I don't know exactly it is right or not
Answer:
x=5t-a
Step-by-step explanation: