SpeedUI 20.05 (details) |
48 ENG 326KB/28-142KB |
 Replaces ALL HP 48G series built-in browsers, the input form engine, the MatrixWriter, and the stack user interface with highly accelerated replacements, like the super fast cmdline/fullscreen editor with interactive Command catalog and parameter help, and more. In version 11.0x, the user can choose between four stack display and editing font sizes. The QuickStartMenu has been enhanced. Support for five (instead of four) input form item lines has been added. But there's much more, like the graphical InputFormBuilder, and Master-Detail capabilities added to the CHOOSE engine, and global access to the MultiClipboard and cmd catalog. For the 48G series only. Please take a look at the SpeedUI walkthrough PDF first. |
| By Raymond Del Tondo, Hewlett-Packard, and Will Laughlin. |
2020/07/05 | |
Solve inequalities using a number line.
Solve inequalities using a number line.
Solve 2X2 systems of linear equations using substitution, linear combination, and Cramer's Rule.
Solve 2X2 systems of linear equations using substitution, linear combination, and Cramer's Rule.
Investigate rigid transformations of seven basic functions: y=x, y=x^2, y=x^3, y=|x|, y=x, y=1/x, and y=1/x^2.
Investigate rigid transformations of seven basic functions: y=x, y=x^2, y=x^3, y=|x|, y=x, y=1/x, and y=1/x^2.
Investigate the parameters A and B to see how they effect the functions y = Asin(Bx), y = Acos(Bx), y = Atan(Bx), y = Asec(Bx), y = Acsc(Bx), y = Acot(Bx).
Investigate the parameters A and B to see how they effect the functions y = Asin(Bx), y = Acos(Bx), y = Atan(Bx), y = Asec(Bx), y = Acsc(Bx), y = Acot(Bx).
Solve for the missing angle given a pair of complementary angles, a pair of supplementary angles, or a triangle.
Solve for the missing angle given a pair of complementary angles, a pair of supplementary angles, or a triangle.
Supports personal time management on the HP 48. You can scroll through dates presented in calendar format, and then view, add, edit, delete, or acknowledge appointments or reminders for the selected date.
Appointment manager program. Improved version of HP's original program, as it is faster and smaller with the same functionality.
Explore Archimedes' method for approximating the value of pi by comparing the area of a regular polygon to the area of the corresponding circumscribed circle.
Explore Archimedes' method for approximating the value of pi by comparing the area of a regular polygon to the area of the corresponding circumscribed circle.
Multiply first degree monomials and binomials.
Multiply first degree monomials and binomials.
Explore stretches, shrinks, and translations of seven basic graphs.
Explore stretches, shrinks, and translations of seven basic graphs.
Explore relationships among the different data to investigate different cars, the cost, mpg, etc.
Explore relationships among the different data to investigate different cars, the cost, mpg, etc
Keeps the system clock as accurate as possible by synchronizing the clock with a time standard, and using the accumulated adjustments with the elapsed time to compute the necessary correction amount/rate.
Investigate the conic sections in general and in standard form.
Investigate the conic sections in general and in standard form.
Investigate the polar form of the graphs of the conics to discover how changing the eccentricity and distance from the focus to the directrix effects the graph of the conic.
Investigate the polar form of the graphs of the conics to discover how changing the eccentricity and distance from the focus to the directrix effects the graph of the conic.
Find the midpoint, distance, and slope of a given line segment.
Find the midpoint, distance, and slope of a given line segment.
Explore patterns and symmetry by ordering pairs of digits from the decimal expansion of certain fractions that have periodic decimals.
Explore patterns and symmetry by ordering pairs of digits from the decimal expansion of certain fractions that have periodic decimals.
Explore points, slopes and equations of lines that enclose the figures. It is also possible for the student to investigate the piecewise functions that would create the exact drawing.
Explore points, slopes and equations of lines that enclose the figures. It is also possible for the student to investigate the piecewise functions that would create the exact drawing.
Explore relationships among the different data to predict the percent of iron in a given sample.
Explore relationships among the different data to predict the percent of iron in a given sample.
Contains the old Equation Library and Periodic Table libraries from HP's Equation Library card for the 48SX, ported to the 49g+ and 50g. The Equation Library libraries are the same as those included with ROM 2.08 and higher, and are included here in case they are accidentally deleted from the calculator.
Contains the old Equation Library and Periodic Table libraries from HP's Equation Library card for the 48SX, ported to the 49g+ and 50g and translated into Spanish.
This application is designed to aid students in the exploration of calculus and pre-calculus mathematics.
Provides a simple interface of the 48S plotting program to act more like the G series plotting program.
Symbolically factor second degree polynomials in the form Ax^2+Bx+C.
Symbolically factor second degree polynomials in the form Ax^2+Bx+C.
Determine an approximation for the golden mean using the ratio of width to length of the sides of the golden rectangles.
Determine an approximation for the golden mean using the ratio of width to length of the sides of the golden rectangles.
Write the equation of a rational function given horizontal and vertical asymptotes and a root.
Write the equation of a rational function given horizontal and vertical asymptotes and a root.
Write the equation of a line in slope-intercept form when given two points.
Write the equation of a line in slope-intercept form when given two points.
The DEMO command from the HP 38G ported to the HP 48. It works on both S and G series.
The DEMO command from the HP 38G ported to the HP 49G.
The DEMO command from the HP 39/40G ported to the HP 48. It works on both S and G series.
The DEMO command from the HP 39/40G ported to the HP 49G.
Copy of the demo library included on the HP 49G, for those of you who may have deleted it.
This is Hewlett Packard's own periodic table of elements library for the 48G series.
Explore inverse relations and functions. Analyze relations and functions graphically, numerically, and symbolically.
Explore inverse relations and functions. Analyze relations and functions graphically, numerically, and symbolically.
Solve oblique triangles by applying the laws of sines.
Solve oblique triangles by applying the laws of sines.
Apply the laws of exponents to multiply and divide monomials and to raise a monomial to a power.
Apply the laws of exponents to multiply and divide monomials and to raise a monomial to a power.
Identify the slope and the y-intercept given a linear equation, and will describe the various effects positive, negative and zero values have on the graph.
Graphically solve a linear inequality.
Graphically solve a linear inequality.
The Minehunt game from the 48SX equation library card and the 48GX, extracted to run standalone on the S series.
The classic Minehunt game now for the HP 38G.
The HP 48G MINEHUNT command ported to the HP 39/40G.
An exact replica of the Minehunt game, included in the HP 48G series, now for the HP 49G.
Explore the relationships among voltage, current, and resistance. The ideas of Ohm's law and power will also be explored.
Simplify expressions using the order of operations.
Simplify expressions using the order of operations.
Write the equation of a line parallel or perpendicular to a given line through a given point.
Write the equation of a line parallel or perpendicular to a given line through a given point.
Write ratios that will solve problems of the form A is B% of C.
Write ratios that will solve problems of the form A is B% of C.
Explore the four different parameters that effect the graph of y=Asin(BX+C)+D and/or y=Acos(BX+C)+D, and will be able to analyze these symbolically and graphically.
Explore the four different parameters that effect the graph of y=Asin(BX+C)+D and/or y=Acos(BX+C)+D, and will be able to analyze these symbolically and graphically.
Investigate the parameter C to see how it effects the functions y = sin(x+C), y = cos(x+C), y = tan(x+C), y = sec(x+C), y = csc(x+C), y = cot(x+C).
Investigate the parameter C to see how it effects the functions y = sin(x+C), y = cos(x+C), y = tan(x+C), y = sec(x+C), y = csc(x+C), y = cot(x+C).
Recognize and name the coordinates of points.
Recognize and name the coordinates of points.
Graph polar equations and be able to analyze these symbolically and graphically.
Graph polar equations and be able to analyze these symbolically and graphically.
Investigate the kinematics equations that govern the motion of an object which is fired at an angle with a given velocity.
Determine the nature of the roots, predict how many times, if any, the graph of a parabola will cross the x-axis, and find the solution(s).
Determine the nature of the roots, predict how many times, if any, the graph of a parabola will cross the x-axis, and find the solution(s).
Investigate the effects of changing A, H, and K in the vertex form of a quadratic function. Analyze the effect of these parameters symbolically and graphically.
Investigate the effects of changing A, H, and K in the vertex form of a quadratic function. Analyze the effect of these parameters symbolically and graphically.
Very well written HP 38G Aplet. This allows students to investigate the behavior of the graph of y=a(x+h)2+v as the values of a, h and v change. This can be done both by manipulating the equation and seeing the change in the graph, and by manipulating the graph and seeing the change in the equation.
Investigate rational functions and the asymptotes associated with the function.
Investigate rational functions and the asymptotes associated with the function.
Reflect graphs of functions about the y-axis, x-axis, origin, and the line y=x.
Reflect graphs of functions about the y-axis, x-axis, origin, and the line y=x.
Compute residual values and display their graph as another way to determine how good the regression equation fits the data.
Compute residual values and display their graph as another way to determine how good the regression equation fits the data.
Evaluate expressions when given values for the variables.
Evaluate expressions when given values for the variables.
Assembly language stopwatch/chronograph. Doesn't work in a covered port.
Assembly language stopwatch/chronograph, ported from the 48.
The TEACH command from the 48G series to be used with the HP 49G(+). Available as a library and as a program.
Enhanced version of HP's INPRT. Converts graphics strings to grobs. Runs on both the S and G series. Includes source code for the conversion routine.
Libraries which translate nearly all system messages and menus into French, Spanish, or Italian. For the G series in an uncovered port.
Very well written HP 38G Aplet. This allows students to investigate the behavior of the graph of y=a sin(bx+c)+d as the values of a, b, c and d change. This can be done both by manipulating the equation and seeing the change in the graph, and by manipulating the graph and seeing the change in the equation.
The USAG (usage) application enables you to review the stack argument object type usage for any command built into the HP 48 or any library command.
The USAG (usage) application enables you to review the stack argument object type usage for any command built into the calculator or any library command.
The USAG (usage) application enables you to review the stack argument object type usage for any command built into the HP 48 or any library command.
Has the various utility functions included in the Equation Library card. For the S series only.
A high speed Xmodem server for HP-48. Included in the Conn4x package. Server also works with the HP-49G Xmodem Connectivity Kit 1.x.
