qu.1.topic=fill in blanks@

qu.1.1.mode=Blanks@
qu.1.1.name=Motion of the Earth@
qu.1.1.editing=useHTML@
qu.1.1.question=<P>The earth rotates on its axis with a period of <1>. We can see evidence for the rotation of the earth in the <2> of 
stars.  The earth revolves about the sun with a period of <3>. We can see evidence for revolution in that different <4> are seen at different times 
of year.  The Earth's rotation and revolution combine to cause stars to rise and set <5> per day.</p>
<BR>
<P>Seasons are caused by the Earth's <6>.  Complete the following table related to the Earth's seasons and sunlight.</p>  
<table width="300" border="2">
<TR><TH>Date</th><TH>RA</th><TH>Dec</th><TH>Direct Ray Latitude</th></tr>
<TR><TD>Vernal Equinox</td><TD>0<sup>h</sup></td><TD><7></td><TD><8></td></tr>
<TR><TD>Summer Solstice</td><TD>6<sup>h</sup></td><TD><9></td><TD><10></td></tr>
<TR><TD>Autumnal Equinox</td><TD>12<sup>h</sup></td><TD><11></td><TD><12></td></tr>
<TR><TD>Winter Solstice</td><TD>18<sup>h</sup></td><TD><13></td><TD><14></td></tr>
</table>
<P>From the data in this table we can estimate that on $date the direct rays of the sun would be hitting at a latitude of <15>.  
@
qu.1.1.algorithm=
$num=rint(4);
$date=switch($num,"April 15","May 15","October 15","November 15");
$correctAnswer=switch($num,"10 degrees N","20 degrees N","10 degrees S","20 degrees S");
$wrongAnswer1=switch($num,"20 degrees N","10 degrees S","20 degrees S","10 degrees N");
$wrongAnswer2=switch($num,"10 degrees S","20 degrees S","10 degrees N","20 degrees N");
$wrongAnswer3=switch($num,"20 degrees S","10 degrees N","20 degrees N","10 degrees S");
@
qu.1.1.blank.1=1 day,1 year,1 hour,1 decade@
qu.1.1.blank.2=diurnal motions,rising times,setting times,parallax@
qu.1.1.blank.3=1 year,1 day,1 hour,1 decade@
qu.1.1.blank.4=stars,diurnal motions,eclipses,planets@
qu.1.1.blank.5=4 minutes earlier,4 minutes later,6 minutes earlier,6 minutes later@
qu.1.1.blank.6=obliquity,elliptical orbit,cloud patterns,ocean currents@
qu.1.1.blank.7=0 degrees,+23.5 degrees,-23.5 degrees@
qu.1.1.blank.8=0 degrees,23.5 degrees N,23.5 degrees S@
qu.1.1.blank.9=+23.5 degrees,0 degrees,-23.5 degrees@
qu.1.1.blank.10=23.5 degrees N,0 degrees,23.5 degrees S@
qu.1.1.blank.11=0 degrees ,+23.5 degrees,-23.5 degrees@
qu.1.1.blank.12=0 degrees ,23.5 degrees N,23.5 degrees S@
qu.1.1.blank.13=-23.5 degrees,0 degrees,+23.5 degrees@
qu.1.1.blank.14=23.5 degrees S,0 degrees,23.5 degrees N@
qu.1.1.blank.15=$correctAnswer,$wrongAnswer1,$wrongAnswer2,$wrongAnswer3,0 degrees,23.5 degrees N,23.5 degrees S@
qu.1.1.grader.1=menu@
qu.1.1.grader.2=menu@
qu.1.1.grader.3=menu@
qu.1.1.grader.4=menu@
qu.1.1.grader.5=menu@
qu.1.1.grader.6=menu@
qu.1.1.grader.7=menu@
qu.1.1.grader.8=menu@
qu.1.1.grader.9=menu@
qu.1.1.grader.10=menu@
qu.1.1.grader.11=menu@
qu.1.1.grader.12=menu@
qu.1.1.grader.13=menu@
qu.1.1.grader.14=menu@
qu.1.1.grader.15=menu@

qu.1.2.mode=Blanks@
qu.1.2.name=Motion of the Earth@
qu.1.2.editing=useHTML@
qu.1.2.question=<P> The earth revolves about the sun with a period of <1>. We can see evidence for revolution in that different <2> are 
seen at different times of year. The earth rotates on its axis with a period of <3>. We can see evidence for the rotation of the earth in 
the <4> of stars.  The Earth's rotation and revolution combine to cause stars to rise and set <5> per day.</p>
<BR>
<P>Seasons are caused by the Earth's <6>.  Complete the following table related to the Earth's seasons and sunlight.</p>  
<table width="300" border="2">
<TR><TH>Date</th><TH>RA</th><TH>Dec</th><TH>Direct Ray Latitude</th></tr>
<TR><TD>Vernal Equinox</td><TD><7></td><TD>0&deg;</td><TD><8></td></tr>
<TR><TD>Summer Solstice</td><TD><9></td><TD>+23.5&deg;</td><TD><10></td></tr>
<TR><TD>Autumnal Equinox</td><TD><11></td><TD>0&deg;</td><TD><12></td></tr>
<TR><TD>Winter Solstice</td><TD><13></td><TD>-23.5&deg;</td><TD><14></td></tr>
</table>
<P>From the data in this table we can estimate that on $date the direct rays of the sun would be hitting at a latitude of <15>.  
@
qu.1.2.algorithm=
$num=rint(4);
$date=switch($num,"April 15","May 15","October 15","November 15");
$correctAnswer=switch($num,"10 degrees N","20 degrees N","10 degrees S","20 degrees S");
$wrongAnswer1=switch($num,"20 degrees N","10 degrees S","20 degrees S","10 degrees N");
$wrongAnswer2=switch($num,"10 degrees S","20 degrees S","10 degrees N","20 degrees N");
$wrongAnswer3=switch($num,"20 degrees S","10 degrees N","20 degrees N","10 degrees S");
@
qu.1.2.blank.1=1 year,1 day,1 hour,1 decade@
qu.1.2.blank.2=stars,diurnal motions,eclipses,planets@
qu.1.2.blank.3=1 day,1 year,1 hour,1 decade@
qu.1.2.blank.4=diurnal motions,rising times,setting times,parallax@
qu.1.2.blank.5=4 minutes earlier,4 minutes later,6 minutes earlier,6 minutes later@
qu.1.2.blank.6=obliquity,elliptical orbit,cloud patterns,ocean currents@
qu.1.2.blank.7=0 hours,6 hours,12 hours,18 hours@
qu.1.2.blank.8=0 degrees,23.5 degrees N,23.5 degrees S@
qu.1.2.blank.9=6 hours,12 hours,18 hours,0 hours@
qu.1.2.blank.10=23.5 degrees N,0 degrees,23.5 degrees S@
qu.1.2.blank.11=12 hours,18 hours,0 hours,6 hours@
qu.1.2.blank.12=0 degrees ,23.5 degrees N,23.5 degrees S@
qu.1.2.blank.13=18 hours,0 hours,6 hours,12 hours@
qu.1.2.blank.14=23.5 degrees S,0 degrees,23.5 degrees N@
qu.1.2.blank.15=$correctAnswer,$wrongAnswer1,$wrongAnswer2,$wrongAnswer3,0 degrees,23.5 degrees N,23.5 degrees S@
qu.1.2.grader.1=menu@
qu.1.2.grader.2=menu@
qu.1.2.grader.3=menu@
qu.1.2.grader.4=menu@
qu.1.2.grader.5=menu@
qu.1.2.grader.6=menu@
qu.1.2.grader.7=menu@
qu.1.2.grader.8=menu@
qu.1.2.grader.9=menu@
qu.1.2.grader.10=menu@
qu.1.2.grader.11=menu@
qu.1.2.grader.12=menu@
qu.1.2.grader.13=menu@
qu.1.2.grader.14=menu@
qu.1.2.grader.15=menu@