You are reviewing a design for a database.
A portion of this design is shown in the exhibit.
Note that you may choose to view either the Crow's Foot Notation or Chen Notation version of the design. (To view the Crow's Foot Notation, click the Exhibit A button. To view the Chen Notation, click the Exhibit B button.)


Which term is used to describe the relationship between Customer and Order?

• A.many-to-many
• B.one-to-many
• C.one-dimensional
• D.one-to-one
• E.multi-dimensional

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You have a Microsoft ASP.NET web application.
You need to store a value that can be shared across users on the server.
Which type of state management should you use?

• A.session
• B.application
• C.cookies
• D.ViewState

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You are assisting your colleague in solving a compiler error that his code is throwing.
Following is the problematic portion of his code:
try
{
bool success = ApplyPicardoRotation(100, 0);
// additional code lines here
}
catch(DivideByZeroException dbze)
{
//exception handling code
}
catch(NotFiniteNumberException nfne)
{
//exception handling code
}
catch(ArithmeticException ae)
{
//exception handling code
}
catch(OverflowException oe)
{
//exception handling code
}
To remove the compilation error, which of the following ways should you suggest to rearrange the code?

• A.try
  {
  bool success = ApplyPicardoRotation(100, 0);
  // additional code lines here
  }
  catch(DivideByZeroException dbze)
  {
  //exception handling code
  }
  catch(Exception e)
  {
  //exception handling code
  }
  catch(OverflowException oe)
  {
  //exception handling code
  }
• B.try
  {
  bool success = ApplyPicardoRotation(100, 0);
  // additional code lines here
  }
  catch(DivideByZeroException dbze)
  {
  //exception handling code
  }
  catch(ArithmeticException ae)
  {
  //exception handling code
  }
  catch(OverflowException oe)
  {
  //exception handling code
  }
• C.try
  {
  bool success = ApplyPicardoRotation(100, 0);
  // additional code lines here
  }
  catch(DivideByZeroException dbze)
  {
  //exception handling code
  }
  catch(NotFiniteNumberException nfne)
  {
  //exception handling code
  }
  catch(OverflowException oe)
  {
  //exception handling code
  }
  catch(ArithmeticException ae)
  {
  //exception handling code
  }
• D.try
  {
  bool success = ApplyPicardoRotation(100, 0);
  // additional code lines here
  }
  catch(DivideByZeroException dbze)
  {
  //exception handling code
  }
  catch(NotFiniteNumberException nfne)
  {
  //exception handling code
  }
  catch(Exception e)
  {
  //exception handling code
  }
  catch(ArithmeticException ae)
  {
  //exception handling code
  }

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You are developing code that defines an InitFields method.
The method takes two parameters of data type double and does not return any value to the calling code.
Which of the following code segments would you use to define the InitFields method?

• A.public double InitFields(double l, double w)
  {
  length = l;
  width = w;
  }
• B.public double InitFields(double l, double w)
  {
  length = l;
  width = w;
  return length * width;
  }
• C.public void InitFields(double l, double w)
  {
  length = l;
  width = w;
  }
• D.public void InitFields(double l)
  {
  length = l;
  width = l;
  return;
  }

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You have a stack that contains integer values. The values are pushed onto the stack in the following order: 2,4,6,8.
The following sequence of operations is executed:
Pop Push 3 Pop Push 4 Push 6 Push 7 Pop Pop Pop
What is the value of the top element after these operations are executed?

• A.6
• B.2
• C.7
• D.3

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