Difference between revisions of "IndefiniteIntegrals1"

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(Created page with '<h2>Indefinite Integrals and General Antiderivatives</h2> <p style="background-color:#eeeeee;border:black solid 1px;padding:3px;"> This PG code shows how to check answers that a…')
 
(add historical tag and give links to newer problems.)
 
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{{historical}}
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<p style="font-size: 120%;font-weight:bold">This problem has been replaced with [https://openwebwork.github.io/pg-docs/sample-problems/IntegralCalc/IndefiniteIntegrals.html a newer version of this problem]</p>
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<h2>Indefinite Integrals and General Antiderivatives</h2>
  
<h2>Indefinite Integrals and General Antiderivatives</h2>
   
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<p style="background-color:#eeeeee;border:black solid 1px;padding:3px;">
  
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[[File:IndefiniteIntegrals1.png|300px|thumb|right|Click to enlarge]]
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<p style="background-color:#f9f9f9;border:black solid 1px;padding:3px;">
 
This PG code shows how to check answers that are indefinite integrals or general antiderivatives.
  
This PG code shows how to check answers that are indefinite integrals or general antiderivatives.
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<ul>
  
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<li>Download file: [[File:IndefiniteIntegrals1.txt]] (change the file extension from txt to pg when you save it)</li>
  
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<li>File location in NPL: <code>NationalProblemLibrary/FortLewis/Authoring/Templates/IntegralCalc/IndefiniteIntegrals1.pg</code></li>
  
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</ul>
  
 
</p>
  
</p>
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* File location in OPL: [https://github.com/openwebwork/webwork-open-problem-library/blob/master/OpenProblemLibrary/FortLewis/Authoring/Templates/IntegralCalc/IndefiniteIntegrals1.pg FortLewis/Authoring/Templates/IntegralCalc/IndefiniteIntegrals1.pg]
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* PGML location in OPL: [https://github.com/openwebwork/webwork-open-problem-library/blob/master/OpenProblemLibrary/FortLewis/Authoring/Templates/IntegralCalc/IndefiniteIntegrals1_PGML.pg FortLewis/Authoring/Templates/IntegralCalc/IndefiniteIntegrals1_PGML.pg]
   
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<br clear="all" />
 
<p style="text-align:center;">
  
<p style="text-align:center;">
 
[[SubjectAreaTemplates|Templates by Subject Area]]
  
[[SubjectAreaTemplates|Templates by Subject Area]]
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<tr valign="top">
  
<tr valign="top">
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<th> PG problem file </th>
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<th style="width: 40%"> PG problem file </th>
 
<th> Explanation </th>
  
<th> Explanation </th>
 
</tr>
  
</tr>
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loadMacros(
  
loadMacros(
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"PGstandard.pl",
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'PGstandard.pl',
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"MathObjects.pl",
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'MathObjects.pl',
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"AnswerFormatHelp.pl",
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'parserFormulaUpToConstant.pl',
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"parserFormulaUpToConstant.pl",
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'PGML.pl',
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'PGcourse.pl'
 
);
  
);
   
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Context("Numeric");
  
Context("Numeric");
   
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#
  
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$specific = Formula("e^x");
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# Specific antiderivative:
  
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# Marks correct e^x, e^x + pi, etc
  
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#
  
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$specific = Formula("e^x")->flags(upToConstant=>1);
  
   
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#
  
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# General antiderivative
  
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# Marks correct e^x + C, e^x + C - 3, e^x + K, etc.
  
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#
  
 
$general = FormulaUpToConstant("e^x");
  
$general = FormulaUpToConstant("e^x");
 
</pre>
  
</pre>
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<td style="background-color:#ffffcc;padding:7px;">
  
<td style="background-color:#ffffcc;padding:7px;">
 
<p>
  
<p>
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<b>Setup:</b>
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<b>Setup:</b>
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Examples of specific and general antiderivatives:
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<ul>
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<li>Specific antiderivatives: <code>e^x, e^x + pi</code></li>
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<li>General antiderivatives: <code>e^x + C, e^x + C - 3, e^x + K</code></li>
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</ul>
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</p>
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<p>
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The specific antiderivative is an ordinary formula, and we check this answer, we will specify that it be a formula evaluated up to a constant (see the Answer Evaluation section below). For the general antiderivative, we use the <code>FormulaUpToConstant()</code> constructor provided by <code>parserFormulaUpToConstant.pl</code>.
 
</p>
  
</p>
 
</td>
  
</td>
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<td style="background-color:#ffdddd;border:black 1px dashed;">
  
<td style="background-color:#ffdddd;border:black 1px dashed;">
 
<pre>
  
<pre>
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Context()->texStrings;
  
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BEGIN_PGML
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BEGIN_TEXT
  
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+ Enter a specific antiderivative for [` e^x `]: [____________]{$specific->cmp(upToConstant=>1)}
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Enter a specific antiderivative for \( e^x \):
 
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\{ ans_rule(20) \}
  
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+ Enter the most general antiderivative for [` e^x `]: [____________]{$general}
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\{ AnswerFormatHelp("formulas") \}
  
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$BR
  
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[@ helpLink('formulas') @]*
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$BR
  
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END_PGML
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Enter the most general antiderivative for \( e^x \):
 
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\{ ans_rule(20) \}
  
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\{ AnswerFormatHelp("formulas") \}
  
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END_TEXT
  
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Context()->normalStrings;
  
 
</pre>
  
</pre>
 
<td style="background-color:#ffcccc;padding:7px;">
  
<td style="background-color:#ffcccc;padding:7px;">
 
<p>
  
<p>
 
<b>Main Text:</b>
  
<b>Main Text:</b>
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</p>
  
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</td>
  
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</tr>
  
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<!-- Answer evaluation section -->
  
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<tr valign="top">
  
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<td style="background-color:#eeddff;border:black 1px dashed;">
  
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<pre>
  
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$showPartialCorrectAnswers = 1;
  
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ANS( $specific->cmp() );
  
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ANS( $general ->cmp() );
  
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</pre>
  
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<td style="background-color:#eeccff;padding:7px;">
  
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<p>
  
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<b>Answer Evaluation:</b>
  
 
</p>
  
</p>
 
</td>
  
</td>
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<td style="background-color:#ddddff;border:black 1px dashed;">
  
<td style="background-color:#ddddff;border:black 1px dashed;">
 
<pre>
  
<pre>
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Context()->texStrings;
  
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BEGIN_PGML_SOLUTION
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BEGIN_SOLUTION
  
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${PAR}SOLUTION:${PAR}
  
 
Solution explanation goes here.
  
Solution explanation goes here.
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END_SOLUTION
  
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END_PGML_SOLUTION
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Context()->normalStrings;
  
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COMMENT('MathObject version.');
  
   
 
ENDDOCUMENT();
  
ENDDOCUMENT();
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[[Category:Top]]
  
[[Category:Top]]
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[[Category:Authors]]
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[[Category:Sample Problems]]
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[[Category:Subject Area Templates]]

Latest revision as of 05:13, 18 July 2023

This article has been retained as a historical document. It is not up-to-date and the formatting may be lacking. Use the information herein with caution.

This problem has been replaced with a newer version of this problem


Indefinite Integrals and General Antiderivatives

Click to enlarge

This PG code shows how to check answers that are indefinite integrals or general antiderivatives.


Templates by Subject Area

PG problem file Explanation

Problem tagging data

Problem tagging: 

DOCUMENT();

loadMacros(
  'PGstandard.pl',
  'MathObjects.pl',
  'parserFormulaUpToConstant.pl',
  'PGML.pl',
  'PGcourse.pl'
);

TEXT(beginproblem());

Initialization: 

Context("Numeric");

$specific = Formula("e^x");

$general = FormulaUpToConstant("e^x");

Setup: Examples of specific and general antiderivatives:

  • Specific antiderivatives: e^x, e^x + pi
  • General antiderivatives: e^x + C, e^x + C - 3, e^x + K

The specific antiderivative is an ordinary formula, and we check this answer, we will specify that it be a formula evaluated up to a constant (see the Answer Evaluation section below). For the general antiderivative, we use the FormulaUpToConstant() constructor provided by parserFormulaUpToConstant.pl. 

BEGIN_PGML
+ Enter a specific antiderivative for [` e^x `]: [____________]{$specific->cmp(upToConstant=>1)}

+ Enter the most general antiderivative for [` e^x `]: [____________]{$general}

[@ helpLink('formulas') @]*
END_PGML

Main Text: 

BEGIN_PGML_SOLUTION
Solution explanation goes here.
END_PGML_SOLUTION

ENDDOCUMENT();

Solution:

Templates by Subject Area

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