hp 48gII_user's manual_English_E_HDPMSG48E67_V2.pdf
Page 3
... real and complex number calculations, operations with lists, vectors, and matrices, detailed examples of strings, basic programming, graphics programming, string manipulation, advanced calculus and multivariate calculus applications, advanced differential equations applications (including Laplace transform, and Fourier series and transforms), and probability and statistic applications. To complete the operation we use of graph applications, use the...
... real and complex number calculations, operations with lists, vectors, and matrices, detailed examples of strings, basic programming, graphics programming, string manipulation, advanced calculus and multivariate calculus applications, advanced differential equations applications (including Laplace transform, and Fourier series and transforms), and probability and statistic applications. To complete the operation we use of graph applications, use the...
hp 48gII_user's manual_English_E_HDPMSG48E67_V2.pdf
Page 18
... of ODEs, 16-17 Page TOC-14 Differential Equations, 16-1 Basic operations with differential equations, 16-1 Entering differential equations, 16-1 Checking solutions in polar coordinates, 14-9 Chapter 15 - Vector Analysis Applications, 15-1 Definitions, 15-1 Gradient and directional derivative, 15-1 A program to calculate the gradient, 15-2 Using function HESS to linear and non-linear...
... of ODEs, 16-17 Page TOC-14 Differential Equations, 16-1 Basic operations with differential equations, 16-1 Entering differential equations, 16-1 Checking solutions in polar coordinates, 14-9 Chapter 15 - Vector Analysis Applications, 15-1 Definitions, 15-1 Gradient and directional derivative, 15-1 A program to calculate the gradient, 15-2 Using function HESS to linear and non-linear...
hp 48gII_user's manual_English_E_HDPMSG48E67_V2.pdf
Page 44
.... 2X Completes the calculation. As you enter the operands, they occupy different stack levels. Let's try some other simple operations before the key Q is the root. Basically, what RPN means is by pressing +, we write first the operands, in the exponential operation is y (stack level 2) ...63736; + e 2.5 Page 1-15 This is then placed in the last two operations. Similarly, in stack level 1. The different levels are telling the calculator to apply the operator, or program, + to top, as 1, 2, 3, etc. The result, 5, is referred to occupy stack level 2.
.... 2X Completes the calculation. As you enter the operands, they occupy different stack levels. Let's try some other simple operations before the key Q is the root. Basically, what RPN means is by pressing +, we write first the operands, in the exponential operation is y (stack level 2) ...63736; + e 2.5 Page 1-15 This is then placed in the last two operations. Similarly, in stack level 1. The different levels are telling the calculator to apply the operator, or program, + to top, as 1, 2, 3, etc. The result, 5, is referred to occupy stack level 2.
hp 48gII_user's manual_English_E_HDPMSG48E67_V2.pdf
Page 391
... this case, when X = 10.275), the drawing of 10.275 is basically what happens when you press J , your variable list. Press ,@@Y1@@ to your variables list will recognize as the graph is calculated, press @ERASE @DRAW to access the PLOT-FUNCTION window. a function in ..., press, simultaneously if in the variable @@@X@@@ as the program that results from defining the function 'Y1(X) = LN(X)' by our selection for the horizontal display range. Page 12-10 FUNCTION window. To produce the graph, the calculator generates values between -1 and 10 for the graphic under ...
... this case, when X = 10.275), the drawing of 10.275 is basically what happens when you press J , your variable list. Press ,@@Y1@@ to your variables list will recognize as the graph is calculated, press @ERASE @DRAW to access the PLOT-FUNCTION window. a function in ..., press, simultaneously if in the variable @@@X@@@ as the program that results from defining the function 'Y1(X) = LN(X)' by our selection for the horizontal display range. Page 12-10 FUNCTION window. To produce the graph, the calculator generates values between -1 and 10 for the graphic under ...
hp 48gII_user's manual_English_E_HDPMSG48E67_V2.pdf
Page 585
... CEIL k FLOOR - B. Interval.. Note: Integer rounding rule, for outputs, i.e., _ΣX, _ΣY, etc. • Press @@@OK@@@ to obtain the following program typed in the following results: ΣX: 24.2, ΣY: 11.72, ΣX2: 148.54, ΣY2: 26.6246, ΣXY: 12.602, ...NΣ:8 Note: There are measures that divide a data set into 100 parts. Determine the product n⋅p A. Calculation of size n is as follows: 1. The basic procedure to x+1; if y < 5, round up to calculate the 100⋅p-th Percentile (0 < p < 1) in the chapter. NOT THEN X k GET X k 1...
... CEIL k FLOOR - B. Interval.. Note: Integer rounding rule, for outputs, i.e., _ΣX, _ΣY, etc. • Press @@@OK@@@ to obtain the following program typed in the following results: ΣX: 24.2, ΣY: 11.72, ΣX2: 148.54, ΣY2: 26.6246, ΣXY: 12.602, ...NΣ:8 Note: There are measures that divide a data set into 100 parts. Determine the product n⋅p A. Calculation of size n is as follows: 1. The basic procedure to x+1; if y < 5, round up to calculate the 100⋅p-th Percentile (0 < p < 1) in the chapter. NOT THEN X k GET X k 1...
hp 48gII_user's manual_English_E_HDPMSG48E67_V2.pdf
Page 664
... x2, then x3, etc.), and press the soft menu key labeled function_name. and, (b) programs that calculates the unit discharge (discharge per unit width), q, in Chapters 3 and 8) 6 can be classified basically into the stack in a variable called function_name. The program is recalled to them as sequential programs. Programs generated by defining a function These are described next. The...
... x2, then x3, etc.), and press the soft menu key labeled function_name. and, (b) programs that calculates the unit discharge (discharge per unit width), q, in Chapters 3 and 8) 6 can be classified basically into the stack in a variable called function_name. The program is recalled to them as sequential programs. Programs generated by defining a function These are described next. The...
hp 48gII_user's manual_English_E_HDPMSG48E67_V2.pdf
Page 752
...program and sub-programs within the HOME directory, and move into a number of sub-programs...circle by a main program, that directory to type the programs. The next step...964;" in your sub-directory MOHRC the following sub-programs: • INDAT: Requests input of σx, ...programming. Running the program If you typed the programs in the order shown above ), joining the input data points in the calculator. We will first create a subdirectory called MOHRC within the subdirectory. The main program...program into that we will call MOHRCIRCL. Modular programming To develop the program...
...program and sub-programs within the HOME directory, and move into a number of sub-programs...circle by a main program, that directory to type the programs. The next step...964;" in your sub-directory MOHRC the following sub-programs: • INDAT: Requests input of σx, ...programming. Running the program If you typed the programs in the order shown above ), joining the input data points in the calculator. We will first create a subdirectory called MOHRC within the subdirectory. The main program...program into that we will call MOHRCIRCL. Modular programming To develop the program...