User Manual
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... Probability 48 Function table 49 Matrices 52 Vectors 54 Solvers 56 Number bases 61 Expression evaluation 63 Constants 64 Conversions 66 Complex numbers 69 Errors 71 Battery information 76 In case of difficulty 77 Texas Instruments Support and Service 78 Important information Texas Instruments makes no event shall Texas Instruments be liable for any claim of any...
... Probability 48 Function table 49 Matrices 52 Vectors 54 Solvers 56 Number bases 61 Expression evaluation 63 Constants 64 Conversions 66 Complex numbers 69 Errors 71 Battery information 76 In case of difficulty 77 Texas Instruments Support and Service 78 Important information Texas Instruments makes no event shall Texas Instruments be liable for any claim of any...
User Manual
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... addition to those in calculations. 1: [A] 2: [B] 3: [C] 4: [Ans] 5: [I2] 6: [I3] Definable matrix A Definable matrix B Definable matrix C Last matrix result (displayed as [Ans]=m×n) or last vector result (displayed as a column vector) % t NAMES % t displays the matrix NAMES menu, which lets you perform the following matrix operations are allowed. Not editable. 2×2 identity matrix (not editable...
... addition to those in calculations. 1: [A] 2: [B] 3: [C] 4: [Ans] 5: [I2] 6: [I3] Definable matrix A Definable matrix B Definable matrix C Last matrix result (displayed as [Ans]=m×n) or last vector result (displayed as a column vector) % t NAMES % t displays the matrix NAMES menu, which lets you perform the following matrix operations are allowed. Not editable. 2×2 identity matrix (not editable...
User Manual
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... menu, which lets you perform the following vector calculations: 1: DotProduct 2: CrossProduct 3: norm magnitude Syntax: DotP(vector1, vector2) Both vectors must be the same dimension. Vector example Define vector [u] = [ 0.5 8 ]. Syntax: norm(vector) % ... Calculate [u] + [v], DotP([u],[v]), and norm([v]). Syntax: CrossP(vector1, vector2) Both vectors must be the same dimension. EDIT % ... ! Define vector [v] = [ 2 3 ]. % ... displays the vector EDIT menu, which lets you define...
... menu, which lets you perform the following vector calculations: 1: DotProduct 2: CrossProduct 3: norm magnitude Syntax: DotP(vector1, vector2) Both vectors must be the same dimension. Vector example Define vector [u] = [ 0.5 8 ]. Syntax: norm(vector) % ... Calculate [u] + [v], DotP([u],[v]), and norm([v]). Syntax: CrossP(vector1, vector2) Both vectors must be the same dimension. EDIT % ... ! Define vector [v] = [ 2 3 ]. % ... displays the vector EDIT menu, which lets you define...
User Manual
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Add vectors % ... < T % ... $ < < DotP % ... norm r< % b 2 F T 3 F" r < Note: norm is calculated here in two ways. You then select which variable to a maximum of the variables. Solvers Numeric equation solver prompts you for . " < ) < .5 V 2 T 8 V 3 < Note: DotP is calculated here in two ways. The equation is limited to solve for the equation and the values of 40 characters. 56
Add vectors % ... < T % ... $ < < DotP % ... norm r< % b 2 F T 3 F" r < Note: norm is calculated here in two ways. You then select which variable to a maximum of the variables. Solvers Numeric equation solver prompts you for . " < ) < .5 V 2 T 8 V 3 < Note: DotP is calculated here in two ways. The equation is limited to solve for the equation and the values of 40 characters. 56
User Manual
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q $ $ $ Selects the REAL menu. ando" to highlight the desired complex results format a+bi, or r±q, and press Use ! Complex numbers %ˆ The calculator performs the following complex number calculations: • Addition, subtraction, multiplication, and division • Argument and absolute value calculations • Reciprocal, square, and cube calculations • Complex Conjugate number calculations Setting the complex format: Set the calculator to DEC mode when computing with in the REAL menu to scroll with complex numbers.
q $ $ $ Selects the REAL menu. ando" to highlight the desired complex results format a+bi, or r±q, and press Use ! Complex numbers %ˆ The calculator performs the following complex number calculations: • Addition, subtraction, multiplication, and division • Argument and absolute value calculations • Reciprocal, square, and cube calculations • Complex Conjugate number calculations Setting the complex format: Set the calculator to DEC mode when computing with in the REAL menu to scroll with complex numbers.
User Manual
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... allowed in statistics, n = 1. You get the COMPLEX error. BREAK - DOMAIN - For example: • For x‡y: x = 0 or y < 0 and x is returned when: • you attempt a matrix or vector of an expression.
... allowed in statistics, n = 1. You get the COMPLEX error. BREAK - DOMAIN - For example: • For x‡y: x = 0 or y < 0 and x is returned when: • you attempt a matrix or vector of an expression.
User Manual
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...• You press < on a blank equation or an equation with only numbers. An invalid value is not allowed, such as a complex number, matrix, or vector, as an element in System of linear equations solver has no solution. No sign change . In an editor, you entered a type that is input for... mean (mean = mu) in Function table. INVALID FUNCTION - Mean mu>0 - Invalid domain - The equation entered in the stat list editor, matrix editor and vector editor. Change the initial guess or check the equation. The Numeric equation solver did not detect a sign change Change guess -
...• You press < on a blank equation or an equation with only numbers. An invalid value is not allowed, such as a complex number, matrix, or vector, as an element in System of linear equations solver has no solution. No sign change . In an editor, you entered a type that is input for... mean (mean = mu) in Function table. INVALID FUNCTION - Mean mu>0 - Invalid domain - The equation entered in the stat list editor, matrix editor and vector editor. Change the initial guess or check the equation. The Numeric equation solver did not detect a sign change Change guess -