By the divergence theorem, the surface integral over
is
where
denotes the space bounded by
. Assuming the vector field is given to be
then
Converting to spherical coordinates, we take
so that the triple integral becomes
Now the integral over
alone will be the difference of the integral over
and the integral over
, i.e.
We can parameterize the points in
by
so that the integral over
is
So, the integral over
alone evaluates to
For this case we have:
We have:
- Density of aluminum =
- Aluminum mass =
Clearing and substituting in the equation we have to:
Thus, the volume of the piece is
Answer:
Answer:
peregrine falcon
Step-by-step explanation:
you convert the 61.6 feet to miles which is 0.01166667 miles. you multiply that by the seconds in an hour(3600)
so 0.01166667*3600 = 42 miles an hour 75>42
This looks like a regular equation with substitution. so it would be
5(2) + 2(5) + 1
10 + 10 + 1
21.
If theres another way of going about doing this please inform me :]
So it is a 1/26 chance of drawing c first. Then its the same chance for A and same chance for R. You multiply these fractions so the answer is 1/17576. If this is right could you possibly give me brainliest? Hope this helped.