How to practice topic:ordinary-differential-equations

Attempt a question, record the concept and assumptions, then check the available answer. Rework mistakes after revising the relevant concepts. Topic tags can overlap; review the question context.

Questions 1–10 of 13. Imported answers require independent review unless marked reviewed.

Topic practice 13 questionsPage 1 of 2

Question 13

Open question
XE-AMCQ1 markNeeds review
Let

denote the Wronskian of two linearly independent solutions

and

of the differential equation

If

, then the value of

is
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Question 16

Open question
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Let

be the solution of the initial value problem,

Then the value of

is equal to (Answer in integer)

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Question 12

Open question
XE-AMCQ1 markNeeds review
Let

be a non-zero quadratic polynomial satisfying the differential equation

where

is a real constant. If

, then the value of the integral

is
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Question 16

Open question
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For some integer

, the differential equation

is transformed into

, where

and

. Then, the value of

is _____

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Question 14

Open question
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The second smallest eigenvalue of the eigenvalue problem

is
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Question 15

Open question
XE-ANAT1 markNeeds review
Let

and

be two linearly independent solutions of

Let

denote the Wronskian of

and

at

. If

then

is equal to ______.

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Question 6

Open question
XE-ANAT1 markNeeds review
Let the transformation

reduce the ordinary differential equation

to

where

are real constants. Then, the arithmetic mean of

is ______ (round off to three decimal places).

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Question 3

Open question
XE-AMCQ1 markNeeds review
Let

be the solution of the initial value problem

If the plane curve parameterized by

having

-coordinate

and

-coordinate

is closed, then necessarily
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Question 7

Open question
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Let

and

be two linearly independent solutions of the differential equation

,

. If

, then

is ________ .

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Question 1

Open question
XE-AMCQ1 markNeeds review
The largest interval in which the initial value problem

has a unique solution is
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