Texas Instruments TIVOYAGE200 User Manual - Page 875

sinê(squareMatrix1) ⇒ squareMatrix Returns the matrix inverse sine of squareMatrix1. This is not the same as calculating the inverse sine of each element. For information about the calculation method, refer to cos(). squareMatrix1 must be diagonalizable. The result always contains floating-point numbers. In Radian angle mode and Rectangular complex format mode: sinê([1,5,3;4,2,1;6,ë 2,1]) ¸ sinh( ) MATH/Hyperbolic menu sinh(expression1) ⇒ expression sinh(list1) ⇒ list sinh (expression1) returns the hyperbolic sine of the argument as an expression. sinh (list) returns a list of the hyperbolic sines of each element of list1. sinh(squareMatrix1) ⇒ squareMatrix Returns the matrix hyperbolic sine of squareMatrix1. This is not the same as calculating the hyperbolic sine of each element. For information about the calculation method, refer to cos(). squareMatrix1 must be diagonalizable. The result always contains floating-point numbers. sinh(1.2) ¸ 1.509... sinh({0,1.2,3.}) ¸ {0 1.509... 10.017...} In Radian angle mode: sinh([1,5,3;4,2,1;6,ë 2,1]) ¸ 336502..995142 305.708 233.495 213993..650644 298.632 154.599 140.251 sinhê ( ) MATH/Hyperbolic menu sinhê (expression1) ⇒ expression sinhê (list1) ⇒ list sinhê (expression1) returns the inverse hyperbolic sine of the argument as an expression. sinhê (0) ¸ 0 sinhê ({0,2.1,3}) ¸ {0 1.487... sinhê (3)} sinhê (list1) returns a list of the inverse hyperbolic sines of each element of list1. sinhê(squareMatrix1) ⇒ squareMatrix Returns the matrix inverse hyperbolic sine of squareMatrix1. This is not the same as calculating the inverse hyperbolic sine of each element. For information about the calculation method, refer to cos(). In Radian angle mode: sinhê([1,5,3;4,2,1;6,ë 2,1]) ¸ .10.4416...3... 2.155... .926... 1.158... .112...   2.750... ë 1.528... .572...  squareMatrix1 must be diagonalizable. The result always contains floating-point numbers. Appendix A: Functions and Instructions 877