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File: Lib2, Node: Top, Up: (DIR)TOP, Prev: (Lib)TOP


* Menu:

* Biological Science:			(Lib)Biological Science
* Business:				(Lib)Business
* Chemistry:				(Lib)Chemistry
* Demos and Games:			(Lib)Demos and Games
* Educational Applications:		(Lib)Educational Applications
* Engineering and Computer Science:	(Lib)Engineering and Computer Science
* Math and Statistics:
* Physics::
* Political Science::
* Sciences::
* Social Sciences::
* Utilities::




File: Lib2, Node: Physics,
	 Up: TOP, PREV: (Lib)Math and statistics, Next: Political Science


* Menu:

* BFIELD:
	Graphs the effects of current on the magnetic field produced about a
	single conductor and fields produced by the current flow in two
	parallel wires.

* CHARGE:
	The Millikan oil drop experiment (determining the charge of an
	electron).

* DECAY1:
	Radioactive decay is treated pseudo-quantitatively, by permitting the
	user to determine the approximate number of radioactive particles
	remaining.

* DECAY2:
	Calculates, from two geiger counter readings, the half-life of an
	element and the mass of a radioactive sample across time.

* LENS:
	Simulates an optic experiment and explores several properties of
	lenses.

* NEWTN2:
	Demonstrates Newton's second law by varying angles and forces on a
	moving object.

* NORTON:
	Astronomical ephemeris program package. NORTON gives planet and
	asteroid positions for any date from January 1, 1900.

* PHOTEL:
	Investigation of photoelectric emission and critical wavelength for
	five elements.

* PHOTON:
	Simulates an experiment to determine energy levels of an unknown
	element using photon energy levels.

* PLANCK:
	Simulates an experiment to determine Planck's constant, threshold
	frequency, and work function of a metal.

* PRJTL:
	Calculates the vertical and horizontal velocities, and speed of a
	projectile given an initial firing angle and speed.

* REFLEC:
	Demonstrates least time principle of reflected light.

* RESIST:
	Parallel and Series Resistance Calculator.

* SCATR1:
	The SCATR programs simulate alpha particle scattering as demonstrated
	in the laboratory and according to three theoretical models of the
	atom: the hard sphere, the Thompson, and the Rutherford or nuclear
	model. SCATR1 calculates the angular distribution of scattered alpha
	particles for an actual laboratory experiment.

* SCATR2:
	Plots angular distribution graphs for scattering according to each of
	the three models.

* SCATR3:
	Plots the trajectories of alpha particles scattered by target atoms of
	the rutherford model.

* SLITS:
	Young's double slit experiment; demonstrates diffraction and
	interference in light.

* SNELL:
	Presents Snell's Law by plotting the path of a light ray as it crosses
	a boundary separating two different media.

* SPACE:
	Investigates the effect of speed on orbital motion.

* UELEC:
	Calculates a table of values for the electric potential energy of two
	point charges at a user specified distance.

* VFIELD:
	Plots relative electrical potential field strengths in the regions
	surrounding two point charges.

* VLOCTY:
	Investigates the change in instantaneous velocity over a period of
	time.

* WAVES:
	Demonstrates the effects of changing wavelength, amplitude, and phase
	on two waves and on their sum (or superposition).



File: Lib2, Node: Political Science, Up: Top, Prev: Physics, Next: Sciences


EEE:	 (Fortran)
	Simulation program that allows the user to set policies on U.S.
	Energy,  Economics, and Environment.

* ELECT1:
	Simulates 19th century historical elections by allowing three strategy
	factors, image, party affiliation, and campaign issues, to be varied
	to election results can be compared with actual results.

* ELECT2:
	Simulates 20th century historical elections by allowing three strategy
	factors; image, party affiliation, and campaign issues, to be varied
	so election results can be compared with actual results.

* POLICY:
	Simulates the impact which various interest groups might have on the
	policy formation at the federal level.

* USPOP:
	A Program for Simulating Population Changes.



File: Lib2,  Node: Sciences, Up: Top,  Prev: Political Science
		Next: Social Sciences


* Menu:

* CALREQ:
	Determines how many calories you need during a 24-hour period on
	the basis of specific personal statistics and the amount of time
	performing activities at five energy levels provided by the user.

* CLOUDS:
	Formation of cumuliform clouds.

* DAYREQ:
	Calculates total consumption of a number of nutrients and calories on
	the basis of intake of 22 food groups for a 24 hour period.

* GRAZE:
	A simulation of ecological interaction.

* MITOCN:
	Describes the process where food ingested by an organism is
	transformed into energy by the mitochondria in the cells of its body.

* MNIDIT:
	Computes the daily intake of specific nutrients during a 24-hour day.

* SELMNU:
	Allows you to establish a pattern for menu items and constructs a
	simple menu for one day.

* WATER
	Calculates or checks a 12 month water budget for internal data or the
	user supplied data.

File: Top,  Node: Social Sciences, Up: Top, Prev: Science, Next: Utilities



* Menu:

Empty menu


File: Lib2, Node: Utilities, Up: TOP, Prev: Social Sciences, Next:

* Menu:


* CREF:
 	A BASIC-PLUS cross-reference program. Prints a cross-reference of line
	numbers and variables.

* CREFV:
 	A BASIC-PLUS cross-reference program using virtual arrays. Allows for
	larger files than CREF.

* DOCUME:
	On-line Documentation

* EDFOR
	FORTRAN source text editor.

* FLOPPY:
	Floppy drive utility program

* HELP:
	Information on how to use the RSTS/E Application Library.

* INDEX:
	Provides information about programs on the RSTS/E Application Library.
	Specific information can be retrieved by program name, catagory, or
	language. A sample execution is available for most programs.

* MILEAG:
	Computes your gas mileage.

* RESEQ:
	A BASIC-PLUS line number resequencing program.

* STAR:
	Simple Test Approach for Readability

* XPLUS:

 	A conversion aid from EX
	BASIC to Basic-Plus.