alpha

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<queryresult success='true'
    error='false'
    numpods='5'
    datatypes=''
    timedout='UnitInformation,Music,Geometry'
    timedoutpods=''
    timing='2.192'
    parsetiming='0.828'
    parsetimedout='false'
    recalculate='http://www5a.wolframalpha.com/api/v2/recalc.jsp?id=MSPa29651bifeae1ciaf3fc200006409ec39ghhg2a5f&amp;s=36'
    id='MSPa29661bifeae1ciaf3fc2000036chb08h36c5bb5a'
    host='http://www5a.wolframalpha.com'
    server='36'
    related='http://www5a.wolframalpha.com/api/v2/relatedQueries.jsp?id=MSPa29671bifeae1ciaf3fc2000028f4379e9ie3cd7d&amp;s=36'
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 <pod title='Input interpretation'
     scanner='Identity'
     id='Input'
     position='100'
     error='false'
     numsubpods='1'>
  <subpod title=''>
   <plaintext>distance | from | Montreal, Quebec, Canada
to | New York City, New York, United States</plaintext>
  </subpod>
 </pod>
 <pod title='Result'
     scanner='Data'
     id='Result'
     position='200'
     error='false'
     numsubpods='1'
     primary='true'>
  <subpod title=''>
   <plaintext>540.3 km  (kilometers)</plaintext>
  </subpod>
 </pod>
 <pod title='Unit conversions'
     scanner='Traveling'
     id='UnitConversion'
     position='300'
     error='false'
     numsubpods='5'>
  <subpod title=''>
   <plaintext>335.7 miles</plaintext>
  </subpod>
  <subpod title=''>
   <plaintext>540.3 km  (kilometers)</plaintext>
  </subpod>
  <subpod title=''>
   <plaintext>540277 meters</plaintext>
  </subpod>
  <subpod title=''>
   <plaintext>5.403×10^7 cm  (centimeters)</plaintext>
  </subpod>
  <subpod title=''>
   <plaintext>291.7 nmi  (nautical miles)</plaintext>
  </subpod>
 </pod>
 <pod title='Direct travel times'
     scanner='Traveling'
     id='TravelTimes'
     position='400'
     error='false'
     numsubpods='1'>
  <subpod title=''>
   <plaintext>aircraft  (550 mph) | 35 minutes
sound | 25 minutes
light in fiber | 3 ms  (milliseconds)
light in vacuum | 2 ms  (milliseconds)
(assuming constant-speed great-circle path)</plaintext>
  </subpod>
  <states count='1'>
   <state name='More'
       input='TravelTimes__More' />
  </states>
 </pod>
 <pod title='Map'
     scanner='Traveling'
     id='Map'
     position='500'
     error='false'
     numsubpods='1'>
  <subpod title=''>
   <plaintext></plaintext>
  </subpod>
 </pod>
 <assumptions count='2'>
  <assumption type='Clash'
      word='New York'
      template='Assuming &quot;${word}&quot; is ${desc1}. Use as ${desc2} instead'
      count='2'>
   <value name='City'
       desc='a city'
       input='*C.New+York-_*City-' />
   <value name='USState'
       desc='a US state'
       input='*C.New+York-_*USState-' />
  </assumption>
  <assumption type='SubCategory'
      word='montreal'
      template='Assuming ${desc1}. Use ${desc2} instead'
      count='6'>
   <value name='{Montreal, Quebec, Canada}'
       desc='Montreal (Canada)'
       input='*DPClash.CityE.montreal-_**Montreal.Quebec.Canada--' />
   <value name='{Montreal, LanguedocRoussillon, France}'
       desc='Montréal (Languedoc‐Roussillon, France)'
       input='*DPClash.CityE.montreal-_**Montreal.LanguedocRoussillon.France--' />
   <value name='{Montreal, MidiPyrenees, France}'
       desc='Montréal (Midi‐Pyrenees, France)'
       input='*DPClash.CityE.montreal-_**Montreal.MidiPyrenees.France--' />
   <value name='{Montreal, RhoneAlpes, France}'
       desc='Montréal (Rhone‐Alpes, France)'
       input='*DPClash.CityE.montreal-_**Montreal.RhoneAlpes.France--' />
   <value name='{Montreal, Bourgogne, France}'
       desc='Montréal (Bourgogne, France)'
       input='*DPClash.CityE.montreal-_**Montreal.Bourgogne.France--' />
   <value name='{Montreal, Wisconsin, UnitedStates}'
       desc='Montreal (United States)'
       input='*DPClash.CityE.montreal-_**Montreal.Wisconsin.UnitedStates--' />
  </assumption>
 </assumptions>
 <sources count='2'>
  <source url='http://www.wolframalpha.com/sources/CityDataSourceInformationNotes.html'
      text='City data' />
  <source url='http://www.wolframalpha.com/sources/GeodesyDataSourceInformationNotes.html'
      text='Geodesy data' />
 </sources>
</queryresult>