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Figure 246 Hewlett-Packard 34401A 65-digit multimeter Table 23 Features of the 34401A multimeter 65 digit resolution uncovers the details that hide from other DMMs Accuracy you can count on: 00015% for dc, 006% for ac Perfect for your bench - more than a dozen functions one or two key presses away True RMS AC volts and current Perfect for your system - 1000 rdgs/sec in ASCII format across the HP-IB bus RS-232 and HP-IB Standard

Note The terms parameters and arguments are often interchanged in normal conversation. For the sake

The Measurements section in the accompanying CD-ROM contains interactive programs that illustrate the use of the DMM and of other common measuring instruments

Summary

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Table 24 Speci cations for the 34401A multimeter DC Voltage Accuracy specs Range dc voltage 100mV 1V 10V 100V 1000V 65 Digits Resolution 100nV 1 V 10 V 100 V 1mV Accuracy: 1 year (%reading + %range) 00050 + 00035 00040 + 00007 00035 + 00005 00045 + 00006 00045 + 00010

True RMS AC Voltage Accuracy specs Accuracy: 1 year (%reading + %range) 100 + 004 035 + 004 006 + 004 012 + 004 060 + 008 400 + 050 100 + 003 035 + 003 006 + 003 012 + 005 060 + 008 400 + 050

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Frequency 100 mV range 3 Hz 5 Hz 5 Hz 10 Hz 10 Hz 20 kHz 20 kHz 50 kHz 50 kHz 100 kHz 100 kHz 300 kHz 3 Hz 5 Hz 5 Hz 10 Hz 10 Hz 20 kHz 20 kHz 50 kHz 50 kHz 100 kHz 100 kHz 300 kHz

of clarity, we will use the formal definition of an argument as being the actual value passed into the method s parameter.

Resistance Accuracy specs Accuracy: 1 year (%reading + %range) 0010 + 0004 0010 + 0001 0010 + 0001 0010 + 0001 0010 + 0001 0040 + 0001 0800 + 0010

Other Accuracy specs (basic 1 year accuracy) dc current accuracy: (10 mA to 3 A ranges) ac current accuracy: (1 A to 3 A ranges) Frequency (and Period): (3 Hz to 300 kHz, 0333 sec to 333 sec) Continuity: (1000 range, 1 mA test current) Diode test: 1 V range, 1 mA test current 005% of reading + 0005% of range 01% of reading + 004% of range 001% of reading

A software project can be made up of components that can be expected to have significantly different project delivery rates You need to be aware of this, identify the components of your proposed project, estimate each component based on its individual characteristics, and then sum the totals to achieve a realistic estimate for the total software component of your project

Let Table 121 represent the physical and simulation variables Considering time scaling rst, let t denote real time and , the computer time variable Then the time derivative of a physical variable can be expressed as dx dx d dx = = dt d dt d where is the scaling factor between real time and computer time: = t For higher-order derivatives, the following relationship will hold: d nx d nx = n n n dt d

Table 121 Actual and simulated variables in analog computers Physical system Physical variable, x Time variable, t Analog simulation Voltage, v Simulated time,

Parameters that are reference types and parameters that are value types behave differently. If a parameter is a value type, then the parameter will receive a copy of the argument s data. If the parameter is a reference type, then the parameter will receive a reference to the same memory location as the argument. A change to a parameter s data using a value type does not affect the argument s data. This is because both argument and parameter are using two distinct memory locations. Changes to the parameter of a reference type will affect the argument. This is because both argument and parameter are using the same memory location. VB .NET Module Module1 Class demo1 'Classes are reference types Public number As Integer End Class Structure demo2 'Structures are values types Public number As Integer End Structure Sub Main() Dim x As New demo1 'Reference type Dim y As demo2 'Value type

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oftware project history data can come from two sources: from an organization s own history of completed projects, and from databases of industry software project history

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