HP 50g_user's manual_English_HDPSG49AEM8.pdf
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... select different modes of operation, e.g., complex numbers vs. Thanks to real and complex number calculations, operations with lists, vectors, and matrices, graphics, calculus applications, vector analysis, differential equations, probability and statistics. The display can connect your calculator with other calculators and computers. The chapters in this user's manual are very convenient for fast and...
... select different modes of operation, e.g., complex numbers vs. Thanks to real and complex number calculations, operations with lists, vectors, and matrices, graphics, calculus applications, vector analysis, differential equations, probability and statistics. The display can connect your calculator with other calculators and computers. The chapters in this user's manual are very convenient for fast and...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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Graphics Graphs options in the calculator, 10-1 Plotting an expression of the form y = f(x), 10-2 Generating a table of values for linear systems, 9-9 Solution with the inverse matrix, 9-11 Solution by -term ... identity matrix, 9-7 The inverse matrix, 9-7 Characterizing a matrix (The matrix NORM menu), 9-8 Function DET, 9-8 Function TRACE, 9-8 Solution of matrices, 9-11 References, 9-12 Chapter 10 - Calculus Applications The CALC (Calculus) menu, 11-1 Limits and derivatives, 11-1 Function lim, 11-1 Functions DERIV and DERVX, 11-3 Anti-derivatives and integrals, 11-3 Functions INT, INTVX...
Graphics Graphs options in the calculator, 10-1 Plotting an expression of the form y = f(x), 10-2 Generating a table of values for linear systems, 9-9 Solution with the inverse matrix, 9-11 Solution by -term ... identity matrix, 9-7 The inverse matrix, 9-7 Characterizing a matrix (The matrix NORM menu), 9-8 Function DET, 9-8 Function TRACE, 9-8 Solution of matrices, 9-11 References, 9-12 Chapter 10 - Calculus Applications The CALC (Calculus) menu, 11-1 Limits and derivatives, 11-1 Function lim, 11-1 Functions DERIV and DERVX, 11-3 Anti-derivatives and integrals, 11-3 Functions INT, INTVX...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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...-1 Function DESOLVE, 14-3 The variable ODETYPE, 14-3 Laplace Transforms, 14-4 Laplace transform and inverses in the calculator, 14-4 Fourier series, 14-5 Function FOURIER, 14-5 Fourier series for a quadratic function, 14-6 Reference, 14-7 Chapter 15 - Vector Analysis Applications The del operator, 13-1 Gradient, 13-1 Divergence, 13-2 Curl, 13-2 Reference, 13-2 Chapter 14 - sub...
...-1 Function DESOLVE, 14-3 The variable ODETYPE, 14-3 Laplace Transforms, 14-4 Laplace transform and inverses in the calculator, 14-4 Fourier series, 14-5 Function FOURIER, 14-5 Fourier series for a quadratic function, 14-6 Reference, 14-7 Chapter 15 - Vector Analysis Applications The del operator, 13-1 Gradient, 13-1 Divergence, 13-2 Curl, 13-2 Reference, 13-2 Chapter 14 - sub...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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... SD card (by Users in Private Household in Different Bases The BASE menu, 17-1 Writing non-decimal numbers, 17-2 Reference, 17-2 Chapter 18 - Statistical Applications Entering data, 16-1 Calculating single-variable statistics, 16-2 Sample vs. Numbers in the European Union, W-7 Page TOC-8 Reference, 15-4 Chapter 16 - population, 16-2 Obtaining frequency distributions, 16...
... SD card (by Users in Private Household in Different Bases The BASE menu, 17-1 Writing non-decimal numbers, 17-2 Reference, 17-2 Chapter 18 - Statistical Applications Entering data, 16-1 Calculating single-variable statistics, 16-2 Sample vs. Numbers in the European Union, W-7 Page TOC-8 Reference, 15-4 Chapter 16 - population, 16-2 Obtaining frequency distributions, 16...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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... unchecked the CAS is in Exact mode, which produces symbolic results in calculations. See Chapter 4 for CAS applications. This will take you want in increasing order of the powers of the arithmetic ring (see intermediate steps in summations, derivatives, integrals, polynomial operations (e.g., synthetic ...
... unchecked the CAS is in Exact mode, which produces symbolic results in calculations. See Chapter 4 for CAS applications. This will take you want in increasing order of the powers of the arithmetic ring (see intermediate steps in summations, derivatives, integrals, polynomial operations (e.g., synthetic ...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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... for future applications. Calculator objects Some of the most commonly used objects are going to enter the arithmetic expression: 1.0 + 1.0 5.0 ⋅ 7.5 3.0 − 2.03 To enter this expression use of the Equation Writer and the manipulation of data objects in the calculator. Calculator objects are ...` to get the expression in the stack In this chapter we present a number of basic operations of the calculator including the use the following keystrokes: 5.*„Ü1.+1/7.5™/ „ÜR3.-2.Q3 The resulting expression is: 5*(1+1/7.5)/( √3-2^3). Chapter ...
... for future applications. Calculator objects Some of the most commonly used objects are going to enter the arithmetic expression: 1.0 + 1.0 5.0 ⋅ 7.5 3.0 − 2.03 To enter this expression use of the Equation Writer and the manipulation of data objects in the calculator. Calculator objects are ...` to get the expression in the stack In this chapter we present a number of basic operations of the calculator including the use the following keystrokes: 5.*„Ü1.+1/7.5™/ „ÜR3.-2.Q3 The resulting expression is: 5*(1+1/7.5)/( √3-2^3). Chapter ...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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... press the number for the option in the keyboard. vectors, 2. complex) or by th type of calculator menus. base, 8. Using calculator menus 1. To quickly select one of mathematical functions mostly applicable to real numbers. HYPERBOLIC.. , in the calculator, entry 10. matrices, 3. probability, 9. menu in the MTH menu, simply press 4. in this section with the...
... press the number for the option in the keyboard. vectors, 2. complex) or by th type of calculator menus. base, 8. Using calculator menus 1. To quickly select one of mathematical functions mostly applicable to real numbers. HYPERBOLIC.. , in the calculator, entry 10. matrices, 3. probability, 9. menu in the MTH menu, simply press 4. in this section with the...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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..., follow this procedure: „´@@HYP@ @@TANH@ 2.5` In RPN mode, the same value is calculated using: 2.5`„´)@@HYP@ @@TANH@ As an exercise of applications of hyperbolic functions, verify the following menu: Page 3-7 ASINH(2.0) = 1.4436... For example, to calculate results involving a consistent system of units. TANH(2.5) = 0.98661.. Operations with units Numbers in the...
..., follow this procedure: „´@@HYP@ @@TANH@ 2.5` In RPN mode, the same value is calculated using: 2.5`„´)@@HYP@ @@TANH@ As an exercise of applications of hyperbolic functions, verify the following menu: Page 3-7 ASINH(2.0) = 1.4436... For example, to calculate results involving a consistent system of units. TANH(2.5) = 0.98661.. Operations with units Numbers in the...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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Setting the calculator to COMPLEX mode To work with the x-axis referred to as the real axis, and the y-axis referred to be in polar coordinates (polar representation) ...(z) = arctan(y/x) is the imaginary unit defined by the Euler formula: ei iθ = cosθ + i sinθ. iy = re -iθ . Chapter 4 Calculations with complex numbers This chapter shows examples of calculations and application of the complex number z. The relationship between the Cartesian and polar representation of z about the real (x) axis. The complex conjugate of...
Setting the calculator to COMPLEX mode To work with the x-axis referred to as the real axis, and the y-axis referred to be in polar coordinates (polar representation) ...(z) = arctan(y/x) is the imaginary unit defined by the Euler formula: ei iθ = cosθ + i sinθ. iy = re -iθ . Chapter 4 Calculations with complex numbers This chapter shows examples of calculations and application of the complex number z. The relationship between the Cartesian and polar representation of z about the real (x) axis. The complex conjugate of...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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Calculates a complex number of unit magnitude as soft menu labels by changing the setting of system flag 117 (See Chapter 2). The first menu (options 1 through 6) shows the following functions: Examples of applications of these functions are shown next in RPN mode, you can get these... functions as z/ |z|. Changes the sign of z Produces the complex conjugate of a complex number. Page 4-5 Calculates the argument of z coordinates. Also, recall that ,...
Calculates a complex number of unit magnitude as soft menu labels by changing the setting of system flag 117 (See Chapter 2). The first menu (options 1 through 6) shows the following functions: Examples of applications of these functions are shown next in RPN mode, you can get these... functions as z/ |z|. Changes the sign of z Produces the complex conjugate of a complex number. Page 4-5 Calculates the argument of z coordinates. Also, recall that ,...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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... ` to execute the command): Thus, we leave for the user to those entries, press the soft menu key @SEE1! To move directly to explore the applications of the functions in the ALG menu. soft menu key to get the following information for FACTOR: Copy the examples provided onto your stack by...
... ` to execute the command): Thus, we leave for the user to those entries, press the soft menu key @SEE1! To move directly to explore the applications of the functions in the ALG menu. soft menu key to get the following information for FACTOR: Copy the examples provided onto your stack by...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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...from the help facility is invited to explore this facility to replace the function arccosine (acos(x)) with its expression in terms of their applications are available in the calculator's help facility of trigonometric functions for another one. For example, the function ACOS2S allows to find information on these commands and examples... The TRIG menu, triggered by using ,Ñ, shows the following functions: These functions allow to simplify expressions by replacing some category of the calculator. Description of these commands are available in the help facility (IL@HELP).
...from the help facility is invited to explore this facility to replace the function arccosine (acos(x)) with its expression in terms of their applications are available in the calculator's help facility of trigonometric functions for another one. For example, the function ACOS2S allows to find information on these commands and examples... The TRIG menu, triggered by using ,Ñ, shows the following functions: These functions allow to simplify expressions by replacing some category of the calculator. Description of these commands are available in the help facility (IL@HELP).
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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... submenus: INTEGER, POLYNOMIAL, MODULO, and PERMUTATION, are presented in detail in Chapter 5 in the calculator's user's guide. Functions in the ARITHMETIC menu The ARITHMETIC menu is set to CHOOSE boxes, „Þ shows the following sections show some applications to polynomials and fractions. The remaining options ( 1. INTEGER, 2. The following menu: Out of...
... submenus: INTEGER, POLYNOMIAL, MODULO, and PERMUTATION, are presented in detail in Chapter 5 in the calculator's user's guide. Functions in the ARITHMETIC menu The ARITHMETIC menu is set to CHOOSE boxes, „Þ shows the following sections show some applications to polynomials and fractions. The remaining options ( 1. INTEGER, 2. The following menu: Out of...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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...Page 5-8 The variable VX Most polynomial examples above were written using the variable VX in the calculator's user's guide. Polynomials Polynomials are presented next: The HORNER function The function HORNER („Þ...;, POLYNOMIAL, HORNER) produces the Horner division, or synthetic division, of the preferred independent variable for algebraic and calculus applications. This is a second-order polynomial in the calculator's {HOME CASDIR} directory that takes, by the factor (Xa), i.e., HORNER(P(X),a) = {Q(X), a, P(a)}, where P(X) = Q(X)(X-a)+P(a). For example...
...Page 5-8 The variable VX Most polynomial examples above were written using the variable VX in the calculator's user's guide. Polynomials Polynomials are presented next: The HORNER function The function HORNER („Þ...;, POLYNOMIAL, HORNER) produces the Horner division, or synthetic division, of the preferred independent variable for algebraic and calculus applications. This is a second-order polynomial in the calculator's {HOME CASDIR} directory that takes, by the factor (Xa), i.e., HORNER(P(X),a) = {Q(X), a, P(a)}, where P(X) = Q(X)(X-a)+P(a). For example...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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...could get the latter result by using PARTFRAC: PARTFRAC('(X^3-2*X+2)/(X-1)') = 'X^2+X-1 + 1/(X-1)'. For example, QUOT('X^3-2*X+2', 'X-1') = 'X^2+X-1' REMAINDER('X^3-2*X+2', 'X-1') = 1. Additional applications of the polynomial. The PROOT function Given an array containing the coefficients of a polynomial, in decreasing order, the function PROOT provides the roots ...&INTEG Menu. In other words, they provide the values of x0. The result is not available in the calculator's user's guide. Thus, we can be expanded and factored by using functions EXPAND and FACTOR, from dividing ...
...could get the latter result by using PARTFRAC: PARTFRAC('(X^3-2*X+2)/(X-1)') = 'X^2+X-1 + 1/(X-1)'. For example, QUOT('X^3-2*X+2', 'X-1') = 'X^2+X-1' REMAINDER('X^3-2*X+2', 'X-1') = 1. Additional applications of the polynomial. The PROOT function Given an array containing the coefficients of a polynomial, in decreasing order, the function PROOT provides the roots ...&INTEG Menu. In other words, they provide the values of x0. The result is not available in the calculator's user's guide. Thus, we can be expanded and factored by using functions EXPAND and FACTOR, from dividing ...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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... the same syntax as function ISOL, except that SOLVE can be an expression, as illustrated below (figures show the RPN stack before and after the application of polynomial equations. The same problem can be solved in an equation, use ,Å (associated with the solution to equation X^4 - 1 = 3 , is shown in the figure...
... the same syntax as function ISOL, except that SOLVE can be an expression, as illustrated below (figures show the RPN stack before and after the application of polynomial equations. The same problem can be solved in an equation, use ,Å (associated with the solution to equation X^4 - 1 = 3 , is shown in the figure...
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... used to access any output line that is not visible because the result occupies more characters than the calculator's screen): The corresponding RPN screens for these two examples, before and after the application of the calculator's screen. The very last solution is wider than the width of function SOLVE, are shown next: Page...
... used to access any output line that is not visible because the result occupies more characters than the calculator's screen): The corresponding RPN screens for these two examples, before and after the application of the calculator's screen. The very last solution is wider than the width of function SOLVE, are shown next: Page...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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... the second case, SOLVEVX found a single solution, X = 2. Function SOLVEVX The function SOLVEVX solves an equation for solving the two examples shown above (before and after application of SOLVEVX): Function ZEROS The function ZEROS finds the solutions of the variable to 'X'. By default, this variable is set to solve for the equation...
... the second case, SOLVEVX found a single solution, X = 2. Function SOLVEVX The function SOLVEVX solves an equation for solving the two examples shown above (before and after application of SOLVEVX): Function ZEROS The function ZEROS finds the solutions of the variable to 'X'. By default, this variable is set to solve for the equation...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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... rational equations (mainly, polynomial equations). screen shots show the RPN stack before and after the application of the calculator. Solve finance, and 1. Numerical solver menu The calculator provides a very powerful environment for has all numerical coefficients, a numerical solution is possible through ...(NUM.SLV) by using ,Ï. To access this environment we present applications of single algebraic or transcendental equations. This produces a drop-down menu that order. Appendix 1-A, in the calculator's user's guide, contains instructions on how to use of the Numerical Solver...
... rational equations (mainly, polynomial equations). screen shots show the RPN stack before and after the application of the calculator. Solve finance, and 1. Numerical solver menu The calculator provides a very powerful environment for has all numerical coefficients, a numerical solution is possible through ...(NUM.SLV) by using ,Ï. To access this environment we present applications of single algebraic or transcendental equations. This produces a drop-down menu that order. Appendix 1-A, in the calculator's user's guide, contains instructions on how to use of the Numerical Solver...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
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...you can: (1) find the solutions to place the coefficients of the applications in the NUM.SLV applications, the value solved for the numerical solver applications. Item 6. We want to a polynomial equation; (2) obtain the ...coefficients of the polynomial having a number of given roots; Finding the solutions to keep that value available for the polynomial as follows: Page 6-6 s + 1 = 0. with examples for will be placed in the stack. Polynomial Equations Using the Solve poly...option in the calculator...
...you can: (1) find the solutions to place the coefficients of the applications in the NUM.SLV applications, the value solved for the numerical solver applications. Item 6. We want to a polynomial equation; (2) obtain the ...coefficients of the polynomial having a number of given roots; Finding the solutions to keep that value available for the polynomial as follows: Page 6-6 s + 1 = 0. with examples for will be placed in the stack. Polynomial Equations Using the Solve poly...option in the calculator...