One of your colleagues has designed a new transdermal patch to deliver insulin through the skin to diabetic patients in a controlled way, eliminating the need for painful injections. She hascollected the following data on the mass flux of insulin being delivered through the patch (and skin) as a function of time: Flux, Mg/cm 2 /h Time, h Flux, Mg/cm 2 /h Time, h 15 0 8 5 14 1 5 10 12 2 2.5 15 11 3 2 20 9 4 1 24 Remember that mass flux is flow rate through an area or ( 1 / A ) d m / d t , Provide your best possible estimate for the amount of drug delivered through the skin in 24 hours using a 12 cm 2 patch.
One of your colleagues has designed a new transdermal patch to deliver insulin through the skin to diabetic patients in a controlled way, eliminating the need for painful injections. She hascollected the following data on the mass flux of insulin being delivered through the patch (and skin) as a function of time: Flux, Mg/cm 2 /h Time, h Flux, Mg/cm 2 /h Time, h 15 0 8 5 14 1 5 10 12 2 2.5 15 11 3 2 20 9 4 1 24 Remember that mass flux is flow rate through an area or ( 1 / A ) d m / d t , Provide your best possible estimate for the amount of drug delivered through the skin in 24 hours using a 12 cm 2 patch.
Solution Summary: The author explains how to calculate the amount of drug which is delivered through the skin by using a 12cm2 patch.
One of your colleagues has designed a new transdermal patch to deliver insulin through the skin to diabetic patients in a controlled way, eliminating the need for painful injections. She hascollected the following data on the mass flux of insulin being delivered through the patch (and skin) as a function of time:
Flux, Mg/cm2/h
Time, h
Flux, Mg/cm2/h
Time, h
15
0
8
5
14
1
5
10
12
2
2.5
15
11
3
2
20
9
4
1
24
Remember that mass flux is flow rate through an area or
(
1
/
A
)
d
m
/
d
t
, Provide your best possible estimate for the amount of drug delivered through the skin in 24 hours using a
12
cm
2
patch.
K=3, Gauss Seidel
Fill in only 4 decimal places here in Canvas. Make sure in exam and homework, 6 decimal places are required.
X1 =
X2 =
X3 =
Q/Solve the heat equation initial-boundary-value
problem:-
ut = ux X
u (x90) = X
ux (ost) = ux (39)
= 0
A graph G of order 12 has vertex set V(G) = {c1, c2, …, c12} for the twelve configurations inFigure 1.4. A “move” on this checkerboard corresponds to moving a single coin to anunoccupied square, where(1) the gold coin can only be moved horizontally or diagonally,(2) the silver coin can only be moved vertically or diagonally.Two vertices ci and cj (i ≠ j) are adjacent if it is possible to move ci to cj by a single move.
(a) What vertices are adjacent to c1 in G?(c) Draw the subgraph of G induced by {c2, c6, c9, c11}.
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