Discuss the existence and uniqueness of a solution to the differential equation (4+t²) y' + ty' - y = tant that satisfies the initial conditions y(-4)=Y₁, y'(-4)=Y₁ where Yo and Y₁ are real constants. OA. A solution is guaranteed only at the point to = because the functions p(t) =,q(t) =, and g(t) = are simultaneously defined at that point. B. A solution is guaranteed on the interval point to = 4 and the functions p(t) = g(t) = tan t 2 4+t OC. A solution is guaranteed on the interval and the functions p(t) = point to = the interval. 1 -л

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Discuss the existence and uniqueness of a solution to the differential equation
(4+t²) y' +ty' - y = tant that satisfies the initial conditions y( − 4) = Y₁, y′ ( − 4) = Y₁
where Yo and Y₁ are real constants.
A. A solution is guaranteed only at the point to
=
p(t) =,q(t) =
>= ¯‚ a
B.
A solution is guaranteed on the interval
point to
g(t) =
=
because the functions
and g(t)= are simultaneously defined at that point.
- 4 and the functions p(t) =
4+t
C. A solution is guaranteed on the interval
and the functions p(t) =
=
point to
the interval.
1
2
t
2
4+t²
9
tan t
are simultaneously continuous on the interval.
2
<t< 2π because it contains the
q(t) =
q(t) =
<t<
1
2
4+t²
and
because it contains the
and g(t) =
are equal on
Transcribed Image Text:Discuss the existence and uniqueness of a solution to the differential equation (4+t²) y' +ty' - y = tant that satisfies the initial conditions y( − 4) = Y₁, y′ ( − 4) = Y₁ where Yo and Y₁ are real constants. A. A solution is guaranteed only at the point to = p(t) =,q(t) = >= ¯‚ a B. A solution is guaranteed on the interval point to g(t) = = because the functions and g(t)= are simultaneously defined at that point. - 4 and the functions p(t) = 4+t C. A solution is guaranteed on the interval and the functions p(t) = = point to the interval. 1 2 t 2 4+t² 9 tan t are simultaneously continuous on the interval. 2 <t< 2π because it contains the q(t) = q(t) = <t< 1 2 4+t² and because it contains the and g(t) = are equal on
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