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You are creating a Web application by using the Virtual Earth 6.0 map control in the
Microsoft Visual Studio environment. A Web page in the application is programmed by using the client-side JavaScript code. You insert break points at appropriate locations within the code. When you debug the application, you find that you are able to step into the server-side code. However, you are unable to step into the client-side JavaScript code.
You need to debug the client-side JavaScript code. What should you do?

• A. In Microsoft Internet Explorer, select the Enable Display a notification about every script error option in the Internet Options dialog box.
• B. In Microsoft Internet Explorer, clear the Disable Script Debugging (Internet Explorer) option in the Internet Options dialog box.
• C. In Visual Studio, select the Attach to Process option from the Debug menu. Then attach the debugger to the Microsoft Internet Explorer process.
• D. In the client-side JavaScript code, insert the Debugger command before each break point.

You have the following information about a hurricane path:
Latitudes
Longitudes
Time
Description
A measure point of the above data every 10 minutes
You need to display the movement, time, and description of the hurricane path on a Virtual
Earth 6.0 map.
Which two actions should you perform? (Each correct answer presents part of the solution.
Choose two.)

• A. Encode the measure points as pushpins by using the VEShape.SetPoints method.
• B. Store the hurricane path as a Live Maps collection.
• C. Encode the measure points as a GeoRSS feed.
• D. Encode the hurricane path as a polyline by using the VEShape(VEShapeType, points) method.
• E. Import a GeoRSS feed to a new layer.
• F. Import a Live Maps collection to a new layer.

Your company wants to display customer locations as pushpins on a Virtual Earth 6.0 map.
You need to ensure that the pushpins are loaded after the Virtual Earth map is loaded.
Which code segment should you use?

• A. function GetMap() { map = new VEMap('myMap'); map.LoadMap(new
  VELatLong(47.22, -122.44), 12, 'r', false); map.AttachEvent ('onchangeview', function(){...Load the pushpins...}); }
• B. function GetMap() { map = new VEMap('myMap'); map.onLoadMap =
  function(){...Load the pushpins...}; map.LoadMap(new VELatLong(47.22, -122.44), 12, 'r', false); }
• C. function GetMap() { map = new VEMap('myMap'); map.LoadMap(new
  VELatLong(47.22, -122.44), 12, 'r', false); map.AttachEvent ('oninitmode', function(){...Load the pushpins...}); }
• D. function GetMap() { map = new VEMap('myMap'); map.LoadMap(new
  VELatLong(47.22, -122.44), 12, 'r', false); map.onLoadMap = function(){...Load the pushpins...}; }

You are creating a Web application. The opening page of the application pre-loads a fixed map that displays your office location. You need to ensure that the map displays a bird's eye view of your office location. You also need to ensure that the view remains fixed.
Which code segment should you use?

• A. map.LoadMap(new VELatLong(40.689167,-74.04472),14,'o' ,true,
  VEMapMode.Mode2D, false);
• B. map.LoadMap(new VELatLong(40.689167,-74.04472),14,'o' ,false,
  VEMapMode.Mode2D, false);
• C. map.LoadMap(new VELatLong(40.689167,-74.04472),14,'o' ,true,
  VEMapMode.Mode3D, false);
• D. map.LoadMap(new VELatLong(40.689167,-74.04472),14,'h' ,false,
  VEMapMode.Mode3D, false);

You are creating a Virtual Earth 6.0 application that retrieves locations from a Microsoft
SQL Server 2005 database. A stored procedure will be used to retrieve only locations that lie within the currently displayed map area. You need to define the boundary within which the locations displayed on the map must lie. How should you define the boundary?

• A. points represented by the bottom-right and top-left latitude and longitude coordinates
• B. the center point of a circle whose radius is equal to the size of the map based on pixel coordinates
• C. the center point of a circle whose radius is equal to the size of the map based on latitude and longitude coordinates
• D. points represented by the bottom-right and top-left pixel coordinates