Prog #
|
Name
|
Description
|
00
|
AA
|
Answer analysis: Quick access to last response and list of incorrect responses.
|
0
|
SBR
|
This file contains the subroutines that are common to all other programs and must reside in RAM in order to avoid the error message ERR:UNDEFINED or ERR:ARCHIVED.
|
1
|
FracMlt1
|
Review of multiplication and division of fractions. No negatives.
|
2
|
FracMix1
|
Mixed review of all arithmetic operations with fractions. No negative operands.
|
3
|
Negative
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Review of all arithmetic operations with negative num's.
|
4
|
FracMlt2
|
Review of multiplication and division of fractions with negs.
|
5
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FracMix2
|
Mixed review of all arithmetic operations with both fractions and negatives.
|
6
|
CombTrm1
|
Combine like terms using all four arithmetic operations.
|
7
|
Powers
|
Arithmetic operations with higher powers of the variable.
|
8
|
CombTrm2
|
Combine like terms with powers of the variable.
|
10
|
EqnRpsnt
|
Represent word descriptions with algebraic expressions.
|
11
|
Eqn1Stp1
|
Solve one step equations, showing steps.
|
12
|
Eqn1Stp2
|
Solve one step equations, end result only
|
13
|
Eqn2Stp1
|
Solve two step equations, showing steps and transformed equation.
|
14
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Eqn2Stp2
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Solve two step equations with distributed multiplication using parentheses.
|
15
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Eqn2Stp3
|
Solve two step equations with parentheses. Asks only for the end result.
|
16
|
DstrMlt1
|
Distrib'd multiplication with various powers of the variable
|
17
|
DstrMlt2
|
Multiplication of two binomials; combinations of coefficients and negatives.
|
18
|
Eqn3Stp1
|
Solve three step equations with other complications end result only .
|
19
|
EqnWord
|
Word problems; set up and manipulation of distance, rate and time.
|
20
|
PropRat1
|
Set up ratios and proportions; pattern always the same.
|
21
|
PropRat2
|
Set up ratios and proportions; patterns are varied.
|
22
|
PropPcnt
|
Percentage as a special case of proportions.
|
23
|
PropProb
|
Calculation of probabilities by finding the ratios.
|
24
|
EqnAbsVl
|
Absolute value equations of various complexities
|
25
|
EqnLitr1
|
Transformation of literal equations from geometry, physics and chemistry.
|
26
|
EqnLitr2
|
Transformation of more complex literal equations.
|
27
|
IneqStep
|
Solve two-step inequalities, showing steps.
|
28
|
IneqMnip
|
Solve two-step inequalities, but wants X on the left..
|
30
|
LECoordn
|
Read X and Y coordinates and plot graphs.
|
31
|
LEDefine
|
Definitions for slope..
|
32
|
LEmxPlsB
|
Read slope and Y-intercept from graph; input equation in the form Y=mX+b.
|
33
|
LESolveY
|
The student must put the displayed equation into slope-intercept form.
|
34
|
LEWordP1
|
Word description which the student must convert into linear equations
|
35
|
LETable
|
Linear equation in irregular form: Find slope and Y-intercept, make table.
|
36
|
LEGraphs
|
Calculate and plot any two solutions to the given linear equation.
|
37
|
LEIntrcp
|
Calculate and plot the X and Y intercepts for the given linear equation
|
38
|
LEPtSlp1
|
Given a point on a graph and a required slope, find the slope-intercept form.
|
39
|
LE2PtSlp
|
Slope of a line between two points.
|
40
|
LEPtSlp2
|
Given a point on a graph and required slope, find the point-slope form.
|
41
|
LEWordP2
|
Word problems: Find the appropriate equation, read the graph.
|
42
|
LERodeo
|
Written in a game format: "Rodeo rings": become the "Grand Champion".
|
43
|
LELinPrg
|
Word problems involving linear programming
|
45
|
AbsEq2Gr
|
Given absolute value equation, locate vertex of graph, put points on branches.
|
46
|
AbsGr2Eq
|
Given graph of absolute value function, find its equation
|
50
|
SysGraph
|
Two equations required to describe related events: Use trace to find intersection.
|
51
|
SysSubst
|
Two equations in X and Y: Find the solution.
|
52
|
SysComb1
|
Two equations are slightly more difficult and are better solved by combination.
|
53
|
SysComb2
|
Equations must be multiplied by some number to eliminate by combination.
|
54
|
SysWord
|
Two equations: Distance, rate and time problem.
|
55
|
SysSpecl
|
Problem set includes both dependent and inconsistent systems of equations.
|
56
|
SysIneql
|
Two linear inequalities: Identify region of a graph in which the solutions lie.
|
60
|
PnMltMon
|
Multiply a binomial by a monomial, eg. -4X(-5X+3Y )
|
61
|
PnFctMon
|
Factor out a monomial: Reverse of PNMltMon.
|
62
|
PnMltBn1
|
Multiply two simple binomials together.
|
63
|
PnFctBn1
|
Factor out a binomial: Reverse of PnMltBn1: no negative coefficients.
|
64
|
PnFctBn2
|
Factor out binomials: Uses both pos and neg coefficients.
|
65
|
PnMltBn2
|
This program requires multiplying a monomial and two binomials together.
|
66
|
PnFctBn3
|
Factor out a monomial and two binomials.
|
67
|
PnSpcPr1
|
Special products: Square of a binomial; sum and difference of two squares.
|
68
|
PnSpcPr2
|
Special products are multiplied by a monomial, which should be factored first.
|
69
|
QEGraph1
|
Graph of a quadratic equation.
|
70
|
QEInequa
|
Locate any two points on parabola; place point in solution region of inequality.
|
71
|
QESqRoot
|
Solution of quadratic by taking a square root
|
72
|
QEFactor
|
Solution of quadratic by factoring and using special property of zero.
|
73
|
QECmplSq
|
Solution of quadratic by completing the square..
|
74
|
QEDerive
|
Derive the quadratic formula from the standard form of the quadratic equation.
|
75
|
QEFormul
|
Using the quadratic formula.
|
76
|
QEGraph2
|
Locate the vertex and both roots of the given quadratic equations, if they exist.
|
77
|
QEWordP1
|
Maximize the size of an advertising billboard, given cost and form constraints.
|
78
|
QEWordP2
|
Time for bullet, fired straight up, to hit the ground (no wind resistance).
|
79
|
QEDiscrm
|
Problems which can be solved using only the value of the discriminant.
|
80
|
ExpMult
|
Multiplication of expressions containing exponents raised to a power.
|
81
|
ExpDivid
|
Multiply and divide expressions with exponents. Answers cannot use * or /.
|
82
|
ExpGrow
|
The exponential growth and decay problems.
|
83
|
ExpSciNo
|
Using scientific notation to arrive at approximate answers to complex problems.
|
84
|
RadDeriv
|
Derive the Pythagorean from basic area principles
|
85
|
RadPythg
|
Radical expressions: Pythagorean theorem.
|
86
|
RadDstnc
|
Radical expressions: Distance Between Two Points.
|
87
|
RadNmrcl
|
Simplifying numerical radicals 1.
|
88
|
RadNmrc2
|
Simplifying numerical radicals 2.
|
89
|
RadExprs
|
Simplifying expressions in radicals.
|
90
|
RadEqua
|
Radical equations.
|
91
|
RatDivid
|
Division of rational expressions.
|
92
|
RatExprs
|
Mixed operations with rational expressions.
|
93
|
RatEqua1
|
Rational equations 1.
|
94
|
RatEqua2
|
Rational equations 2.
|
95
|
RatProb
|
Probabilities: Ratios involving factorials, permutations, and combinations.
|
96
|
FncValue
|
Functional notation: Evaluating.
|
97
|
FncGraph
|
Identification of functions from graphs.
|
98
|
CSCircl1
|
Conic sections: Circle
|
99
|
CSParab
|
Conic sections: Parabola.
|
100
|
CSEllips
|
Conic sections: Ellipse.
|
101
|
CEHperb
|
Conic sections: Hyperbola
|
900
|
Arthmetc
|
Practice for students who are weak in arithmetic.
|