A cylindrical can of radius 10 millimeters is used to measure rainfall in Stormville. The can is initially empty, and rain enters the can during a 60-day period. The height of water in the can is modeled by the function S, where S t( ) is measured in millimeters and t is measured in days for 0 60. ≤ t ≤ The rate at which the height of the water is rising in the can is given by S t t ′( ) = 2sin 0.03 1.5 c) Assuming no evaporation occurs, at what rate is the volume of water in the can changing at time t = 7 ?Indicate units of measure ok so im stuck to why c) is 602.218 help?
s'(t)= 2sin(0.03t) +1.5 btw
i honestly have no idea its a confusing question if i could help i would
:( lol murrr, I am looking at the explanation and im confused with the relationship between v(t) and s(t) like i understand what volume is, but i dont understand where they pulled this function out : v(t) = 100pi* s(t) like where did the 100pi come from? that is where I am stuck
Ohhhhhh wait it is a cylinder... i see where the pi comes in, but the 100? lol
pi is 3.14 last i knew lmfao
the squared it? O.o i am assuming that is what they did...
then try it and see what it says
-SIGH- calculus lol I shall see How this goes.
ohhh lmfao i dont have calc im in algebra two do you think maybe you could help me out?
lol err well I am stuck doing calculus at the moment... so let me see if i can magically make time.... xD wait so if you dont know calculus why did you decide to respond to this? that's a tad odd dont you think. :p
well i thought maybe i would be able to help im really good at math its a stong subject in my book but i suck at algebra
and chemistry i passed with 108.9%
lol arent you contradicting yourself there? well Algebra is the foundation for every other level of math out there lol... trust me i forgot how to do certain things and my algebra skills suck so. it is coming back to haunt me. learn algebra as if your life depended on it :p
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