Plainville Hospital has three wings ( A , B , and C ). The nurses in the hospital are assigned to the three wings based on the number of beds in each wing, shown in Table 4 − 30 _ . Table 4-30 Wing A B C Number of beds 154 66 30 a. Suppose there are 20 nurses working at the hospital. Use Hamilton’s method to apportion the nurses to the wings based on Table 4 − 30 _ . b. Suppose an additional nurse is hired at the hospital, bringing the total number of nurses to 21 . Use Hamilton’s method to apportion the nurses to the wings based on Table 4 − 30 _ . c. Compare your answers in (a) and (b). What is strange about the two apportionments?
Plainville Hospital has three wings ( A , B , and C ). The nurses in the hospital are assigned to the three wings based on the number of beds in each wing, shown in Table 4 − 30 _ . Table 4-30 Wing A B C Number of beds 154 66 30 a. Suppose there are 20 nurses working at the hospital. Use Hamilton’s method to apportion the nurses to the wings based on Table 4 − 30 _ . b. Suppose an additional nurse is hired at the hospital, bringing the total number of nurses to 21 . Use Hamilton’s method to apportion the nurses to the wings based on Table 4 − 30 _ . c. Compare your answers in (a) and (b). What is strange about the two apportionments?
Solution Summary: The author explains the apportionment under Hamilton's method of the nurses at the hospital.
Plainville Hospital has three wings (
A
,
B
, and
C
). The nurses in the hospital are assigned to the three wings based on the number of beds in each wing, shown in
Table
4
−
30
_
.
Table 4-30
Wing
A
B
C
Number of beds
154
66
30
a. Suppose there are
20
nurses working at the hospital. Use Hamilton’s method to apportion the nurses to the wings based on
Table
4
−
30
_
.
b. Suppose an additional nurse is hired at the hospital, bringing the total number of nurses to
21
. Use Hamilton’s method to apportion the nurses to the wings based on
Table
4
−
30
_
.
c. Compare your answers in (a) and (b). What is strange about the two apportionments?
please answer the questions below ands provide the required codes in PYTHON. alsp provide explanation of how the codes were executed. Also make sure you provide codes that will be able to run even with different parameters as long as the output will be the same with any parameters given. these questions are not graded. provide accurate codes please
(1) Let F be a field, show that the vector space F,NEZ* be a finite dimension.
(2) Let P2(x) be the vector space of polynomial of degree equal or less than two
and M={a+bx+cx²/a,b,cЄ R,a+b=c),show that whether Mis hyperspace or not.
(3) Let A and B be a subset of a vector space such that ACB, show that whether:
(a) if A is convex then B is convex or not. (b) if B is convex then A is convex or not.
(4) Let R be a field of real numbers and X=R, X is a vector space over R show that by
definition the norms/II.II, and II.112 on X are equivalent where
Ilxll₁ = max(lx,l, i=1,2,...,n) and llxll₂=(x²).
oper
(5) Let Ⓡ be a field of real numbers, Ⓡis a normed space under usual operations and
norm, let E=(2,5,8), find int(E), b(E) and D(E).
(6) Write the definition of bounded linear function between two normed spaces and
write with prove the relation between continuous and bounded linear function
between two normed spaces.
ind
→ 6
Q₁/(a) Let R be a field of real numbers and X-P(x)=(a+bx+cx²+dx/ a,b,c,dER},X is
a vector space over R, show that is finite dimension.
(b) Let be a bijective linear function from a finite dimension vector ✓ into
a space Yand Sbe a basis for X, show that whether f(S) basis for or not.
(c) Let be a vector space over a field F and A,B)affine subsets of X,show that
whether aAn BB, aAU BB be affine subsets of X or not, a,ẞ EF.
(12
Jal (answer only two) (6) Let M be a non-empty subset of a vector space X and tEX,
show that M is a hyperspace of X iff t+M is a hyperplane of X and tЄt+M.
(b) State Jahn-Banach theorem and write with prove an application of Hahn-
Chapter 4 Solutions
Excursions in Mathematics, Loose-Leaf Edition Plus MyLab Math with Pearson eText -- 18 Week Access Card Package
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