hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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... program is routine A, which stores the initial loop-control number in chapter 15. L ) for power model. Compute yˆ for the equations. Matrix Inversion Method" in i. Compute xˆ for straight-line model. Example: Loop Control With (i). I LBL J To: Compute yˆ for straight.... Compute xˆ for logarithmic model. Loop-control number: loop from 1 to 12 in i is L, a loop to fill and manipulate a matrix. Compute yˆ for data input. An index value in intervals of Simultaneous Equations - Program lines: (In RPN mode) Description: L The starting...
... program is routine A, which stores the initial loop-control number in chapter 15. L ) for power model. Compute yˆ for the equations. Matrix Inversion Method" in i. Compute xˆ for straight-line model. Example: Loop Control With (i). I LBL J To: Compute yˆ for straight.... Compute xˆ for logarithmic model. Loop-control number: loop from 1 to 12 in i is L, a loop to fill and manipulate a matrix. Compute yˆ for data input. An index value in intervals of Simultaneous Equations - Program lines: (In RPN mode) Description: L The starting...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
Page 208
... back to !. Returns to the calling program or to A. The following program uses an equation to find the sum of the squares of the 3 × 3 matrix. Decrements index value so it points closer to A Loops for and stores a number into the variable addressed by determinant. Program Lines: (In RPN mode) Description...
... back to !. Returns to the calling program or to A. The following program uses an equation to find the sum of the squares of the 3 × 3 matrix. Decrements index value so it points closer to A Loops for and stores a number into the variable addressed by determinant. Program Lines: (In RPN mode) Description...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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... for the inversion routine, I L »¼ «¬Z »¼ Specifics regarding the inversion process are given in two or three unknowns. Calculates dot product. Solutions of the coefficient matrix. ªA′ D ′ G ′ºª J º ªX º « « B ′ E′ H ′...187; » «¬C ′ F ′ I . 15-12 Mathematics Programs Sets P equal to 125. It does this through matrix inversion and matrix multiplication. Gets back to input routine. Calculates angle between resultant force vector and lever.
... for the inversion routine, I L »¼ «¬Z »¼ Specifics regarding the inversion process are given in two or three unknowns. Calculates dot product. Solutions of the coefficient matrix. ªA′ D ′ G ′ºª J º ªX º « « B ′ E′ H ′...187; » «¬C ′ F ′ I . 15-12 Mathematics Programs Sets P equal to 125. It does this through matrix inversion and matrix multiplication. Gets back to input routine. Calculates angle between resultant force vector and lever.
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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... ) Loop-control value: loops from 1 to review values. AF. Checksum and length: 51AB 15 This routine inverts a 3 × 3 matrix. Mathematics Programs 15-13 Calculates determinant and saves value for and stores the variable addressed by i. L Adds one to i. ! If i is ... ! Returns to LBL A to 12, one at a time. ! L Stores control value in index variable. Calculates E' × determinant = AI - CG. Checksum and length: 35E7 21 Starts the input loop. "!1L2 Prompts for the division loop, J.
... ) Loop-control value: loops from 1 to review values. AF. Checksum and length: 51AB 15 This routine inverts a 3 × 3 matrix. Mathematics Programs 15-13 Calculates determinant and saves value for and stores the variable addressed by i. L Adds one to i. ! If i is ... ! Returns to LBL A to 12, one at a time. ! L Stores control value in index variable. Calculates E' × determinant = AI - CG. Checksum and length: 35E7 21 Starts the input loop. "!1L2 Prompts for the division loop, J.
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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... Loops for next value. ! Returns to the calling program or to last element of matrix. $ Recalls value of determinant. Sets index value to point, to last element in first row. Checksum and ...length: 1FCF 15 This routine multiplies a column matrix and a 3 × 3 matrix. EG. ¶ ! Stores D'. L ! Stores I'. % ! Stores E'. & ! Stores ...
... Loops for next value. ! Returns to the calling program or to last element of matrix. $ Recalls value of determinant. Sets index value to point, to last element in first row. Checksum and ...length: 1FCF 15 This routine multiplies a column matrix and a 3 × 3 matrix. EG. ¶ ! Stores D'. L ! Stores I'. % ! Stores E'. & ! Stores ...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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...6Z = 17 4X + 15Y + 12Z = 14 15-18 Mathematics Programs Column vector values. also used for scratch. Not all systems of the inverted matrix. 7. Press g to see the value of Y, then press g again to see the value of Z. 8. also used to review the values of equations...below, compute the inverse and the system solution. Optional: press X A and repeatedly press g to store the determinant. Press X M to multiply the inverted matrix by the column vector and to input coefficients of 3 × 3 system. 5. Scratch variable used for scratch. Use 1 for L. Key in coefficient or...
...6Z = 17 4X + 15Y + 12Z = 14 15-18 Mathematics Programs Column vector values. also used for scratch. Not all systems of the inverted matrix. 7. Press g to see the value of Y, then press g again to see the value of Z. 8. also used to review the values of equations...below, compute the inverse and the system solution. Optional: press X A and repeatedly press g to store the determinant. Press X M to multiply the inverted matrix by the column vector and to input coefficients of 3 × 3 system. 5. Scratch variable used for scratch. Use 1 for L. Key in coefficient or...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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... displays Z. Displays next value. Sets D equal to first coefficient entered. Calculates and displays Y. Calculates the inverse and displays the determinant. Displays next value. Mathematics Programs 15-19 Displays next value. Displays next value. Displays next value. ...A 23 g 8g 4g 15 g . . . 14 g X I Display: @ value @ value @ value @ value @ value 8 ) X M g g X A g g g g g Description: Starts input routine. Sets C equal to compute X. Begins review of the inverted matrix. Sets B equal to 23. Sets first coefficient, A, equal to 8.
... displays Z. Displays next value. Sets D equal to first coefficient entered. Calculates and displays Y. Calculates the inverse and displays the determinant. Displays next value. Mathematics Programs 15-19 Displays next value. Displays next value. Displays next value. ...A 23 g 8g 4g 15 g . . . 14 g X I Display: @ value @ value @ value @ value @ value 8 ) X M g g X A g g g g g Description: Starts input routine. Sets C equal to compute X. Begins review of the inverted matrix. Sets B equal to 23. Sets first coefficient, A, equal to 8.
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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... leading coefficient is first necessary to solve the resolvant cubic polynomial: y3 + b2y2 + b1y + b0 = 0 where b2 = - g g g X I X A g . . . It calculates both real and complex roots. and so on. Displays next value. Displays next value. Displays next value. Displays next value, ...... For this program, a general polynomial... performed to reduce the original polynomial to find one real root of the highest-order term (an) is assumed to produce original matrix. To solve a fourth-order polynomial, it is not 1, you should make it 1 by dividing all the coefficients in the equation...
... leading coefficient is first necessary to solve the resolvant cubic polynomial: y3 + b2y2 + b1y + b0 = 0 where b2 = - g g g X I X A g . . . It calculates both real and complex roots. and so on. Displays next value. Displays next value. Displays next value. Displays next value, ...... For this program, a general polynomial... performed to reduce the original polynomial to find one real root of the highest-order term (an) is assumed to produce original matrix. To solve a fourth-order polynomial, it is not 1, you should make it 1 by dividing all the coefficients in the equation...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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... complex, 9-1 decimal places, 1-19 display format, 1-19, 10-4 doing arithmetic, 1-16 E in programs, 12-6 Index-8 order of calculation, 2-13 real-number, 4-1 stack operation, 2-4, 9-1 matrix inversion, 15-12 maximum of function, D-8 mean menu, 11-4 means (statistics) calculating, 11-4 normal distribution, 16-11 memory amount available, 1-24 clearing, 1-6, 1-24, A-1, A-4, B-1, B-3 clearing equations, 6-8 clearing programs, 1-24, 12...
... complex, 9-1 decimal places, 1-19 display format, 1-19, 10-4 doing arithmetic, 1-16 E in programs, 12-6 Index-8 order of calculation, 2-13 real-number, 4-1 stack operation, 2-4, 9-1 matrix inversion, 15-12 maximum of function, D-8 mean menu, 11-4 means (statistics) calculating, 11-4 normal distribution, 16-11 memory amount available, 1-24 clearing, 1-6, 1-24, A-1, A-4, B-1, B-3 clearing equations, 6-8 clearing programs, 1-24, 12...