HP 50g_user's manual_English_HDPSG49AEM8.pdf
Page 7
Operations with lists Creating and storing lists, 7-1 Operations with lists of algebraic equations, 6-1 Function ISOL, 6-1 Function SOLVE, 6-2 Function SOLVEVX, 6-4 Function ZEROS, 6-4 Numerical solver menu, 6-5 Polynomial Equations, 6-6 Finding the solutions to a polynomial equation, 6-6 Generating polynomial coefficients given the polynomial's roots, 6-7 Generating an algebraic expression for the polynomial, 6-8 Financial calculations, 6-8 Solving equations with one unknown through NUM.SLV...
Operations with lists Creating and storing lists, 7-1 Operations with lists of algebraic equations, 6-1 Function ISOL, 6-1 Function SOLVE, 6-2 Function SOLVEVX, 6-4 Function ZEROS, 6-4 Numerical solver menu, 6-5 Polynomial Equations, 6-6 Finding the solutions to a polynomial equation, 6-6 Generating polynomial coefficients given the polynomial's roots, 6-7 Generating an algebraic expression for the polynomial, 6-8 Financial calculations, 6-8 Solving equations with one unknown through NUM.SLV...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
Page 11
Using SD cards Inserting and removing an SD card, 18-1 Formatting an SD card, 18-1 Accessing objects on an SD card, 18-2 Storing objects on the SD card, 18-2 Recalling an object from the SD card, 18-3 Purging an object from the SD card, 18-3 Purging all ...objects on an SD card, 18-4 Chapter 19 - Reference, 15-4 Chapter 16 - Equation Library Reference, 19-4 Limited Warranty, W-1 Service, W-3 Regulatory information, W-5 Disposal of Waste Equipment by reformatting), 18-4 Specifying a directory on the SD card (by Users in ...
Using SD cards Inserting and removing an SD card, 18-1 Formatting an SD card, 18-1 Accessing objects on an SD card, 18-2 Storing objects on the SD card, 18-2 Recalling an object from the SD card, 18-3 Purging an object from the SD card, 18-3 Purging all ...objects on an SD card, 18-4 Chapter 19 - Reference, 15-4 Chapter 16 - Equation Library Reference, 19-4 Limited Warranty, W-1 Service, W-3 Regulatory information, W-5 Disposal of Waste Equipment by reformatting), 18-4 Specifying a directory on the SD card (by Users in ...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
Page 94
... variable: Then, enter the SOLVE environment and select Solve equation..., by using: ,Ï@@OK@@. Solve equation.. Simply enter the expression as : Page 6-9 Thus, function STEQ can be shown as an algebraic object and store it into variable EQ, e.g., in a single variable,... including non-linear algebraic and transcendental equations. Press J to store an expression into variable EQ. The corresponding screen will store its argument into variable EQ. Solving equations with one unknown through NUM...
... variable: Then, enter the SOLVE environment and select Solve equation..., by using: ,Ï@@OK@@. Solve equation.. Simply enter the expression as : Page 6-9 Thus, function STEQ can be shown as an algebraic object and store it into variable EQ, e.g., in a single variable,... including non-linear algebraic and transcendental equations. Press J to store an expression into variable EQ. The corresponding screen will store its argument into variable EQ. Solving equations with one unknown through NUM...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
Page 95
... a negative number in front of X: by using ˜, and press @SOLVE@. The equation we stored in variable EQ is already loaded in the Eq field in the ,Ï menu. A vector containing the equations, i.e., '[SIN(X)+Y,X+SIN(Y)=1]' 2. To obtain a negative solution, for this equation. The help-facility entry for , i.e., '[X,Y]' 3. Try 3\ @@@OK@@ ˜ @SOLVE@. Page 6-10 Also...
... a negative number in front of X: by using ˜, and press @SOLVE@. The equation we stored in variable EQ is already loaded in the Eq field in the ,Ï menu. A vector containing the equations, i.e., '[SIN(X)+Y,X+SIN(Y)=1]' 2. To obtain a negative solution, for this equation. The help-facility entry for , i.e., '[X,Y]' 3. Try 3\ @@@OK@@ ˜ @SOLVE@. Page 6-10 Also...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
Page 148
...the definition of the Laplace transform, i.e., ∫ L{f (t)}= F (s) = ∞ f (t) ⋅ e−stdt, 0 and you to store the value of the period (T) of a T-periodic function into the CAS variable PERIOD before calling the function. Function FOURIER Function FOURIER provides the coefficient cn...(„Ö). Use: '1/(X+1)^2'`ILAP The calculator returns the result: 'X⋅e-X', meaning that the CAS default variable X in the equation writer screen replaces the variable s in this definition. Example 2 - Determine the inverse Laplace transform of n. Therefore, when using...
...the definition of the Laplace transform, i.e., ∫ L{f (t)}= F (s) = ∞ f (t) ⋅ e−stdt, 0 and you to store the value of the period (T) of a T-periodic function into the CAS variable PERIOD before calling the function. Function FOURIER Function FOURIER provides the coefficient cn...(„Ö). Use: '1/(X+1)^2'`ILAP The calculator returns the result: 'X⋅e-X', meaning that the CAS default variable X in the equation writer screen replaces the variable s in this definition. Example 2 - Determine the inverse Laplace transform of n. Therefore, when using...
HP 50g_user's manual_English_HDPSG49AEM8.pdf
Page 175
... a distance (R) of 65 meters downfield at an elevation angle (0) of 50 degrees. How high is the ball halfway through its flight? Step 4: View the five equations in the Projectile Motion set to 30 degrees? (Ignore the effects of drag on average professional goalkeepers can assume that x0 and y0 are zero....) Notice that the menu labels turn black as you store values. (You will need to press L to see the variables that are used interchangeably in order to solve for missing variables (see the next ...
... a distance (R) of 65 meters downfield at an elevation angle (0) of 50 degrees. How high is the ball halfway through its flight? Step 4: View the five equations in the Projectile Motion set to 30 degrees? (Ignore the effects of drag on average professional goalkeepers can assume that x0 and y0 are zero....) Notice that the menu labels turn black as you store values. (You will need to press L to see the variables that are used interchangeably in order to solve for missing variables (see the next ...