9.1/3575 use long division like this _<u>0.</u>_________ 3575|91.000000
we find how many of 3575 fit into the 91 it's too big so we go farther how many 3575 go into 910 too big so we go farther how many 3575 go into 9100 the answer is 2 so put that in the correct place and mulitply that and put that in the correct place. then we subtract
_<u>0.</u><u>02</u>_________ 3575|91.000000 -<u>71.50</u> 19.50 bring down the next number find how many go into 19.500 the answe ris 5
bring down he next zero ( I fast forward and skip steps for convinience)
__ _<u>0.</u><u>02</u><u>5</u><u>455</u>_________ 3575|91.000000 -<u>71.50</u> 19.500 -<u>17.875</u> 1.6250 -<u>1.4300</u> .19500 -<u>.17875 </u> 16250 -14300 and so on untill infinity so the answe ris 0.0254555555555555 (enless fives)
By Stokes' theorem, the line integral of over is given by the surface integral of the curl of over , where is the region of intersection of the plane and the cylinder with having positive/upward orientation.
Hmmm well may I ask what your doing with the shapes bc um well if you put them shapes in the circle/oval why is it hard? I don’t do this stuff I’m confused...