User Manual
Page 52
... B Definable matrix C Last matrix result (displayed as [Ans]=m×n) or last vector result (displayed as [Ans] dim=n). Dimensions must be interpreted as a column vector) % t NAMES % t displays the matrix NAMES menu, which shows the dimensions of the matrices and lets you use them in the Matrix MATH menu, the following operations: 1: Determinant 2: T Transpose...
... B Definable matrix C Last matrix result (displayed as [Ans]=m×n) or last vector result (displayed as [Ans] dim=n). Dimensions must be interpreted as a column vector) % t NAMES % t displays the matrix NAMES menu, which shows the dimensions of the matrices and lets you use them in the Matrix MATH menu, the following operations: 1: Determinant 2: T Transpose...
User Manual
Page 53
Define [A] % t ! < Set " < " < dimensions < Enter values < 1 $ 2 $ 3 $ 4 $ det([A]) % t " < % t < ) < Transpose % t < % t "$ < < Inverse % t < % t "$$ < 53 Matrix example Define matrix [A] as 1 2 34 Calculate the determinant, transpose, inverse, and rref of [A].
Define [A] % t ! < Set " < " < dimensions < Enter values < 1 $ 2 $ 3 $ 4 $ det([A]) % t " < % t < ) < Transpose % t < % t "$ < < Inverse % t < % t "$$ < 53 Matrix example Define matrix [A] as 1 2 34 Calculate the determinant, transpose, inverse, and rref of [A].
User Manual
Page 55
Define vector [v] = [ 2 3 ]. Calculate [u] + [v], DotP([u],[v]), and norm([v]). Syntax: CrossP(vector1, vector2) Both vectors must be the same dimension. MATH % ... Define [u] % ... ! < " < < .5 < 8 < Define [v " < < 2 < 3 < 55 displays the vector EDIT menu, which lets you define or edit vector [u], [v], or [w]. Vector example Define vector [u] = [ 0.5 8 ]. Syntax: norm(vector) % ... ... you perform the following vector calculations: 1: DotProduct 2: CrossProduct 3: norm magnitude Syntax: DotP(vector1, vector2) Both vectors must be the same dimension. % ...
Define vector [v] = [ 2 3 ]. Calculate [u] + [v], DotP([u],[v]), and norm([v]). Syntax: CrossP(vector1, vector2) Both vectors must be the same dimension. MATH % ... Define [u] % ... ! < " < < .5 < 8 < Define [v " < < 2 < 3 < 55 displays the vector EDIT menu, which lets you define or edit vector [u], [v], or [w]. Vector example Define vector [u] = [ 0.5 8 ]. Syntax: norm(vector) % ... ... you perform the following vector calculations: 1: DotProduct 2: CrossProduct 3: norm magnitude Syntax: DotP(vector1, vector2) Both vectors must be the same dimension. % ...
User Manual
Page 72
CHANGE MODE to a function outside the valid range. You get this error if • you attempt to store a data type with a dimension not allowed in the storing data type. • you will get the COMPLEX error. You specified an argument to DEC - y < 0 and x ...displayed if the mode is the wrong data type. • For a function (including implied multiplication) or an instruction, you attempt to stop evaluation of incorrect dimension for the operation. DOMAIN - You pressed the & key to divide by 0. • in memory you attempt a matrix or vector of an expression. DIM...
CHANGE MODE to a function outside the valid range. You get this error if • you attempt to store a data type with a dimension not allowed in the storing data type. • you will get the COMPLEX error. You specified an argument to DEC - y < 0 and x ...displayed if the mode is the wrong data type. • For a function (including implied multiplication) or an instruction, you attempt to stop evaluation of incorrect dimension for the operation. DOMAIN - You pressed the & key to divide by 0. • in memory you attempt a matrix or vector of an expression. DIM...