Merge pull request #1073 from Robin-Cruz/UpdateScientificNotation

Update to PGML. Solutions added.

Author: pstaabp

OpenProblemLibrary/CollegeOfIdaho/setAlgebra_01_07_ScientificNotation/17IntAlg_01_ScientificNot.pg

@@ -16,19 +16,18 @@
 ## Section1('1.7')
 ## Problem1('')
 ## KEYWORDS('Scientific Notation')
-## Date: 2007/09
+## Date: 2007/09 updated 2023/07--rac
+
+DOCUMENT();      
 
-DOCUMENT();        # This should be the first executable line in the problem.
 loadMacros(
   "PGstandard.pl",
-  "MathObjects.pl",
+  "PGML.pl",
   "contextScientificNotation.pl",
   "contextLimitedNumeric.pl",
   "PGcourse.pl"
 );
 
-TEXT(beginproblem());
-
 ######################################
 #  Setup
 
@@ -37,29 +36,25 @@ $exp = random(1,4,1);
 $a = $num * 10**$exp;
 
 Context("ScientificNotation");
-$display = ScientificNotation($a);
+$sna = ScientificNotation($a);
+
+Context("LimitedNumeric");
+$answer = Real($a);
 
 ######################################
 #  Main text
 
-BEGIN_TEXT
+BEGIN_PGML
 Write in decimal notation without the use of exponents:
-$PAR
-\( \{$display->TeX\} \) =  \{ ans_rule(20) \}
-END_TEXT
-
-######################################
-#  Answers
-
-Context("LimitedNumeric");
-
-$answer = Real($a);
-ANS($answer->cmp);	
 
-$showPartialCorrectAnswers = 1;
+     [``[$sna] = ``] [_]{$a}{20}
+END_PGML
 
 ######################################
+#  Solution
 
+BEGIN_PGML_SOLUTION
+In decimal notation, [`[$sna] = [$a]`].
+END_PGML_SOLUTION
 
-;
 ENDDOCUMENT();

OpenProblemLibrary/CollegeOfIdaho/setAlgebra_01_07_ScientificNotation/17IntAlg_02_ScientificNot.pg

@@ -16,19 +16,17 @@
 ## Section1('1.7')
 ## Problem1('')
 ## KEYWORDS('Scientific Notation')
-## Date: 2007/09
+## Date: 2007/09  updated 2023/07 --rac
 
-DOCUMENT();        # This should be the first executable line in the problem.
+DOCUMENT();        
 loadMacros(
   "PGstandard.pl",
-  "MathObjects.pl",
+  "PGML.pl",
   "contextScientificNotation.pl",
   "contextLimitedNumeric.pl",
   "PGcourse.pl"
 );
 
-TEXT(beginproblem());
-
 ######################################
 #  Setup
 
@@ -37,29 +35,25 @@ $exp = random(-4,-1,1);
 $a = $num * 10**$exp;
 
 Context("ScientificNotation");
-$display = ScientificNotation($a);
+$sna = ScientificNotation($a);
+
+Context("LimitedNumeric");
+$ans = Real($a);
 
 ######################################
 #  Main text
 
-BEGIN_TEXT
+BEGIN_PGML
 Write in decimal notation without the use of exponents:
-$PAR
-\( \{$display->TeX\} \) =  \{ ans_rule(20) \}
-END_TEXT
-
-######################################
-#  Answers
-
-Context("LimitedNumeric");
-
-$answer = Real($a);
-ANS($answer->cmp);	
 
-$showPartialCorrectAnswers = 1;
+     [``[$sna] =``]  [_]{$ans}{20}
+END_PGML
 
 ######################################
+# Solution
 
+BEGIN_PGML_SOLUTION
+In decimal notation, [``[$sna] = [$a]``].
+END_PGML_SOLUTION
 
-;
 ENDDOCUMENT();

OpenProblemLibrary/CollegeOfIdaho/setAlgebra_01_07_ScientificNotation/17IntAlg_03_ScientificNot.pg

@@ -16,44 +16,39 @@
 ## Section1('1.7')
 ## Problem1('')
 ## KEYWORDS('Scientific Notation')
-## Date: 2007/09
+## Date: 2007/09  updated 2023/-7 --rac
+
+DOCUMENT();        
 
-DOCUMENT();        # This should be the first executable line in the problem.
 loadMacros(
   "PGstandard.pl",
-  "MathObjects.pl",
-  "contextScientificNotation.pl",
+  "PGML.pl",
   "contextLimitedNumeric.pl",
   "PGcourse.pl"
 );
 
-TEXT(beginproblem());
-
 ######################################
 #  Setup
 
 $num = random(1.1,9,.1);
 
+Context("LimitedNumeric");
+$ans = Real($num);
+
 ######################################
 #  Main text
 
-BEGIN_TEXT
+BEGIN_PGML
 Write in decimal notation without the use of exponents:
-$PAR
-\( $num \times 10^0\) =  \{ ans_rule(20) \}
-END_TEXT
-
-######################################
-#  Answers
-
-Context("LimitedNumeric");
 
-$answer = Real($num);
-ANS($answer->cmp);	
-
-$showPartialCorrectAnswers = 1;
+     [``[$num] \times 10^0 = ``]  [_]{$ans}{20}
+END_PGML
 
 ######################################
+# Solution
+
+BEGIN_PGML_SOLUTION
+In decimal notation, [``[$num] \times 10^0 = [$ans]``].
+END_PGML_SOLUTION
 
-;
 ENDDOCUMENT();

OpenProblemLibrary/CollegeOfIdaho/setAlgebra_01_07_ScientificNotation/17IntAlg_04_ScientificNot.pg

@@ -18,17 +18,15 @@
 ## KEYWORDS('Scientific Notation')
 ## Date: 2007/09
 
-DOCUMENT();        # This should be the first executable line in the problem.
+DOCUMENT();
 loadMacros(
   "PGstandard.pl",
-  "MathObjects.pl",
+  "PGML.pl",
   "contextScientificNotation.pl",
   "contextLimitedNumeric.pl",
   "PGcourse.pl"
 );
 
-TEXT(beginproblem());
-
 ######################################
 #  Setup
 
@@ -37,29 +35,25 @@ $exp = random(3,10,1);
 $a = $num * 10**$exp;
 
 Context(ScientificNotation);
-$display = ScientificNotation($a);
+$sna = ScientificNotation($a);
+
+Context("LimitedNumeric");
+$ans = Real($a);
 
 ######################################
 #  Main text
 
-BEGIN_TEXT
+BEGIN_PGML
 Write in decimal notation without the use of exponents:
-$PAR
-\( \{$display->TeX\}\) =  \{ ans_rule(20) \}
-END_TEXT
-
-######################################
-#  Answers
-
-Context("LimitedNumeric");
-
-$answer = Real($a);
-ANS($answer->cmp);	
 
-$showPartialCorrectAnswers = 1;
+     [``[$sna] = ``] [_]{$ans}{20}
+END_PGML
 
 ######################################
+# Solution
 
+BEGIN_PGML_SOLUTION
+In decimal notation, [``[$sna] = [$a]``].
+END_PGML_SOLUTION
 
-;
 ENDDOCUMENT();

OpenProblemLibrary/CollegeOfIdaho/setAlgebra_01_07_ScientificNotation/17IntAlg_06_ScientificNot.pg

@@ -16,46 +16,40 @@
 ## Section1('1.7')
 ## Problem1('')
 ## KEYWORDS('Scientific Notation')
-## Date: 2007/09
+## Date: 2007/09  updated 2023/07 --rac
 
-DOCUMENT();        # This should be the first executable line in the problem.
+DOCUMENT();      
 loadMacros(
   "PGstandard.pl",
-  "MathObjects.pl",
+  "PGML.pl",
   "contextScientificNotation.pl",
   "PGcourse.pl"
 );
 
-TEXT(beginproblem());
-
 ######################################
 #  Setup
 
 $num = random(1.01,9,.001);
 $exp = random(3,7,1);
 $decimalNumber = $num * 10 ** $exp;
 
+Context("ScientificNotation");
+$ans = ScientificNotation($decimalNumber);
+
 ######################################
 #  Main text
 
-BEGIN_TEXT
+BEGIN_PGML
 Write the number in scientific notation:
-$PAR
-\( $decimalNumber \) =  \{ ans_rule(20) \}
-END_TEXT
-
-######################################
-#  Answers
-
-Context("ScientificNotation");
-
-$answer = ScientificNotation($decimalNumber);
-ANS($answer->cmp);	
 
-$showPartialCorrectAnswers = 1;
+     [``[$decimalNumber] = ``] [_]{$ans}{20}
+END_PGML
 
 ######################################
+# Solution
 
+BEGIN_PGML_SOLUTION
+In scientific notation, [``[$decimalNumber] = [$ans]``].
+END_PGML_SOLUTION
 
-;
 ENDDOCUMENT();

OpenProblemLibrary/CollegeOfIdaho/setAlgebra_01_07_ScientificNotation/17IntAlg_07_ScientificNot.pg

@@ -21,41 +21,35 @@
 DOCUMENT();        # This should be the first executable line in the problem.
 loadMacros(
   "PGstandard.pl",
-  "MathObjects.pl",
+  "PGML.pl",
   "contextScientificNotation.pl",
   "PGcourse.pl"
 );
 
-TEXT(beginproblem());
-
 ######################################
 #  Setup
 
 $num = random(1.01,9,.001);
 $exp = random(-5,-2,1);
 $decimalNumber = $num * 10 ** $exp;
 
+Context("ScientificNotation");
+$ans = ScientificNotation($decimalNumber);
+
 ######################################
 #  Main text
 
-BEGIN_TEXT
+BEGIN_PGML
 Write the number in scientific notation:
-$PAR
-\( $decimalNumber \) =  \{ ans_rule(20) \}
-END_TEXT
-
-######################################
-#  Answers
-
-Context("ScientificNotation");
-
-$answer = ScientificNotation($decimalNumber);
-ANS($answer->cmp);	
 
-$showPartialCorrectAnswers = 1;
+     [``[$decimalNumber] = ``] [_]{$ans}{20}
+END_PGML
 
 ######################################
+# Solution
 
+BEGIN_PGML_SOLUTION
+In scientific notation, [``[$decimalNumber] = [$ans]``].
+END_PGML_SOLUTION
 
-;
 ENDDOCUMENT();