By Stokes' theorem,
where 
is the surface with 
as its boundary. The curl is
Parameterize by
with 
and 
. Then take the normal vector to to be
Then the line integral is equal to the surface integral,
The length is 2 feet more than the width so L = w+2
so volume = (w+2) * w * 6
use distributive property:
(w*w + 2*w) * 6 =
(w^2+2w) *6 =
use distributive property again:
w^2 *6 + 2w*6 =
6w^2 +12w
Answer:
0.0174 miles
This conversion of 63 miles per hour to miles per second has been calculated by multiplying 63 miles per hour by 0.0002 and the result is 0.0174 miles per second.
Step-by-step explanation:
The awnser is 10. it will be 10 more points
This means that you got 2.2 standard deviations above the mean... This is certainly good, but the measure of exactly <em>how </em>good it is depends on the mean, and 1 standard deviation.
