Exercises 77−82: Use the graph of y = f x to complete the following. a. Identity the x - and y -intercepts. b. Find the slop of the graph. c. Give any zeros of f . d. Identity the interval(s) where f is positive or negative. e. Identity the interval(s) where f is increasing or decreasing. Is f ever increasing and negative on the same interval? Is f ever decreasing and positive on the same Interval? f. Find the slope-intercept form for y = f x . Can tell from the slope-intercept form if f is increasing or decreasing? Explain 77.
Exercises 77−82: Use the graph of y = f x to complete the following. a. Identity the x - and y -intercepts. b. Find the slop of the graph. c. Give any zeros of f . d. Identity the interval(s) where f is positive or negative. e. Identity the interval(s) where f is increasing or decreasing. Is f ever increasing and negative on the same interval? Is f ever decreasing and positive on the same Interval? f. Find the slope-intercept form for y = f x . Can tell from the slope-intercept form if f is increasing or decreasing? Explain 77.
Exercises 77−82: Use the graph of
y
=
f
x
to complete the following.
a. Identity the x- and y-intercepts.
b. Find the slop of the graph.
c. Give any zeros of
f
.
d. Identity the interval(s) where
f
is positive or negative.
e. Identity the interval(s) where
f
is increasing or decreasing. Is
f
ever increasing and negative on the same interval? Is
f
ever decreasing and positive on the same Interval?
f. Find the slope-intercept form for
y
=
f
x
. Can tell from the slope-intercept form if
f
is increasing or decreasing? Explain
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Unit Test
Unit Test Review Active
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Which statement is true about the graph of the equation y = csc¯¹(x)?
There is a horizontal asymptote at y = 0.
उद
There is a horizontal asymptote at y = 2.
There is a vertical asymptote at x = 0.
O There is a vertical asymptote at x=-
R
Mark this and return
C
Save and Exit
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ے ملزمة احمد
Q (a) Let f be a linear map from a space X into a space Y and (X1,X2,...,xn) basis for X, show that fis one-to-
one iff (f(x1),f(x2),...,f(x) } linearly independent.
(b) Let X= {ao+ax₁+a2x2+...+anxn, a;ER} be a vector space over R, write with prove a hyperspace and a
hyperplane of X.
مبر خد احمد
Q₂ (a) Let M be a subspace of a vector space X, and A= {fex/ f(x)=0, x E M ), show that whether A is
convex set or not, affine set or not.
Write with prove an
application of Hahn-Banach theorem.
Show that every singleton set in a normed space X is closed and any finite set in X is closed (14M)
Let M be a proper subspace of a finite dimension vector space X over a field F show that
whether: (1) If S is a base for M then S base for X or not, (2) If T base for X then base for M
or not.
(b) Let X-P₂(x) be a vector space over polynomials a field of real numbers R, write with L
prove convex subset of X and hyperspace of X.
Q₂/ (a) Let X-R³ be a vector space over a over a field of real numbers R and
A=((a,b,o), a,bE R), A is a subspace of X, let g be a function from A into R such that
gla,b,o)-a, gEA, find fe X such that g(t)=f(t), tEA.
(b) Let M be a non-empty subset of a space X, show that M is a hyperplane of X iff there
Xiff there
exists fE X/10) and tE F such that M=(xE X/ f(x)=t).
(c) Show that the relation equivalent is an equivalence relation on set of norms on a space
X.
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