(a) Let M = R. Give the radius r and the center c of B(-2,5) n B(6, 7). ne
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.2: Graphs Of Equations
Problem 22E
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Question
![(a) Let M R. Give the radius r and the center c of B(-2,5) n B(6, 7).
(b) Let M = R. Using interval notations, give a simplified expression for the set
L= [B(1,1) UB(5,1)] n B(3,2).
(c) Let = 3(-1)" +
and A = {,: ne N). Give the set W of accumulation points of A.
(d) Let A₁-(-2n, 2n) and K = U An. Give a simplified expression for the interior Kº of K.
NEN
(e) Give the set T of isolated points of B(0, 1) U (3) U (2,5,7)
(f) Let [P,Q] be a segment in R2 with midpoint H, and let (1,0) and (2, 1) be the components of
the points P and H, respectively. Give the components (x, y) of the point Q.
(g) Suppose that f: (M, d) →R satisfies d(f(x), f(y))
- vl. Let 21 e M and set n+1 =
f(n), for n e N". Assume that M is complete and let a =
lim zn. Give a simple formula
satisfied by a.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc644c104-f4a0-414b-a375-6de2649477f6%2F286de9d3-cbc8-4265-a37f-7bc78ca70b5a%2Fece876_processed.jpeg&w=3840&q=75)
Transcribed Image Text:(a) Let M R. Give the radius r and the center c of B(-2,5) n B(6, 7).
(b) Let M = R. Using interval notations, give a simplified expression for the set
L= [B(1,1) UB(5,1)] n B(3,2).
(c) Let = 3(-1)" +
and A = {,: ne N). Give the set W of accumulation points of A.
(d) Let A₁-(-2n, 2n) and K = U An. Give a simplified expression for the interior Kº of K.
NEN
(e) Give the set T of isolated points of B(0, 1) U (3) U (2,5,7)
(f) Let [P,Q] be a segment in R2 with midpoint H, and let (1,0) and (2, 1) be the components of
the points P and H, respectively. Give the components (x, y) of the point Q.
(g) Suppose that f: (M, d) →R satisfies d(f(x), f(y))
- vl. Let 21 e M and set n+1 =
f(n), for n e N". Assume that M is complete and let a =
lim zn. Give a simple formula
satisfied by a.
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