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Precision Software Appli…tions Silver Collection 1
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Precision Software Applications Silver Collection Volume One (PSM) (1993).iso
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arsg10.exe
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ARSGDAT.3AE
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1992-10-04
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7KB
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272 lines
;/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\:
; :
; AMATEUR RADIO STUDY GUIDE v1.00 :
; :
; Copyright (c) 1992 David Drzyzga - All Rights Reserved :
; :
; Based on a program coded in BASIC by Russ Revels :
; :
;/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\:
;
; You can include comments an the file anywhere you want
; just like these comments. You cannot put a comment in
; the middle of a line though.
;
; When modifying this file, there are several things you
; must be aware of:
;
; -> Any line of text in this file cannot exceed 65 characters!
; this is the 65th character^
;
; No harm will be done, but nothing over 65 characters will
; be read by the program.
;
; -> Do not make questions more than 20 lines long, or you
; will receive an 'out of memory' error when you execute
; the program.
;
; -> You can add or delete questions as you please, just be
; sure to follow the format of the existing questions.
;
;
;
(3AE-1-1.1)
What is meant by the term resistance?
D. The opposition to the flow of current in an electric circuit
that does not contain reactance
*
(3AE-1-2.1)
What is an ohm?
A. The basic unit of resistance
*
(3AE-1-2.2)
What is the unit measurement of resistance?
D. Ohm
*
(3AE-1-3.1)
Two equal-value resistors are connected in series. How does the
total resistance of this combination compare with the value of
either resistor by itself?
B. The total resistance is twice the value of either resistor
*
(3AE-1-3.2)
How does the total resistance of a string of series-connected
resistors compare to the values of the individual resistors?
D. The total resistance is the sum of all the individual
resistance values
*
(3AE-1-4.1)
Two equal-value resistors are connected in parallel. How does
the total resistance of this combination compare with the value
of either resistor by itself?
B. The total resistance is half the value of either resistor
*
(3AE-1-4.2)
How does the total resistance of a string of parallel-connected
resistors compare to the values of the individual resistors?
C. The total resistance is less than the smallest-value resistor
in the combination
*
(3AE-2.1)
What is Ohm's Law?
D. A mathematical relationship between resistance, current and
applied voltage in a circuit
*
(3AE-2.2)
How is the current in a DC circuit calculated when the voltage
and resistance are known?
A. I = E / R
*
(3AE-2.3)
What is the input resistance of a load when a 12-volt battery
supplies 0.25 amperes to it?
C. 48 ohms
*
(3AE-2.4)
The product of the current and what force gives the electrical
power in a circuit?
D. Electromotive force
*
(3AE-2.5)
What is the input resistance of a load when a 12-volt battery
supplies 0.15 amperes to it?
B. 80 ohms
*
(3AE-2.6)
When 120 volts is measured across a 4700-ohm resistor,
approximately how much current is flowing through it?
D. 0.026 ampere
*
(3AE-2.7)
When 120 volts is measured across a 47000-ohm resistor,
approximately how much current is flowing through it?
D. 2.6 mA
*
(3AE-2.8)
When 12 volts is measured across a 4700-ohm resistor,
approximately how much current is flowing through it?
A. 2.6 mA
*
(3AE-2.9)
When 12 volts is measured across a 47000-ohm resistor,
approximately how much current is flowing through it?
A. 255 uA
*
(3AE-3-1.1)
What is the term used to describe the ability of a component to
store energy in a magnetic field?
C. Inductance
*
(3AE-3-2.1)
What is the basic unit of inductance?
C. Henry
*
(3AE-3-2.2)
What is a henry?
C. The basic unit of inductance
*
(3AE-3-2.3)
What is a microhenry?
B. A basic unit of inductance equal to 10\-6/ henrys
*
(3AE-3-2.4)
What is a millihenry?
C. A basic unit of inductance equal to 10\-3/ henrys
*
(3AE-3-3.1)
Two equal-value inductors are connected in series. How does the
total inductance of this combination compare with the value of
either inductor by itself?
B. The total inductance is twice the value of either inductor
*
(3AE-3-3.2)
How does the total inductance of a string of series-connected
inductors compare to the values of the individual inductors?
C. The total inductance is equal to the sum of all the
individual inductances
*
(3AE-3-4.1)
Two equal-value inductors are connected in parallel. How does
the total inductance of this combination compare with the value
of either inductor by itself?
A. The total inductance is half the value of either inductor
*
(3AE-3-4.2)
How does the total inductance of a string of parallel-connected
inductors compare to the values of the individual inductors?
B. The total inductance is less than the smallest inductance
value in the combination
*
(3AE-4-1.1)
What is the term used to describe the ability of a component to
store energy in an electric field?
A. Capacitance
*
(3AE-4-2.1)
What is the basic unit of capacitance?
A. Farad
*
(3AE-4-2.2)
What is a microfarad?
B. A basic unit of capacitance equal to 10\-6/ farads
*
(3AE-4-2.3)
What is a picofarad?
A. A basic unit of capacitance equal to 10\-12/ farads
*
(3AE-4-2.4)
What is a farad?
B. The basic unit of capacitance
*
(3AE-4-3.1)
Two equal-value capacitors are connected in series. How does
the total capacitance of this combination compare with the value
of either capacitor by itself?
C. The total capacitance is half the value of either capacitor
*
(3AE-4-3.2)
How does the total capacitance of a string of series-connected
capacitors compare to the values of the individual capacitors?
B. The total capacitance is less than the smallest value of
capacitance in the combination
*
(3AE-4-4.1)
Two equal-value capacitors are connected in parallel. How does
the total capacitance of this combination compare with the value
of either capacitor by itself?
A. The total capacitance is twice the value of either capacitor
*
(3AE-4-4.2)
How does the total capacitance of a string of parallel-connected
capacitors compare to the values of the individual capacitors?
A. The total capacitance is equal to the sum of the capacitances
in the combination
*