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...How ENTER Works 2-5 How CLEAR x Works 2-6 The LAST X Register 2-7 Correcting Mistakes with LAST X 2-8 Reusing Numbers with LAST X 2-9 Chain Calculations in RPN mode 2-11 Work from the Parentheses Out 2-11 Exercises 2-13 Order of Memory 1-24 2. RPN: The Automatic Memory Stack What the ...Stack Is 2-1 The X and Y-Registers are in the Stack 2-4 Arithmetic - and Y-Registers in the Display 2-2 Clearing the X-Register 2-2 Reviewing the Stack 2-3 Exchanging the X- Periods and Commas in Numbers 1-18 Number of Decimal Places 1-19 SHOWing Full 12-Digit Precision 1-20 Fractions 1-21...
...How ENTER Works 2-5 How CLEAR x Works 2-6 The LAST X Register 2-7 Correcting Mistakes with LAST X 2-8 Reusing Numbers with LAST X 2-9 Chain Calculations in RPN mode 2-11 Work from the Parentheses Out 2-11 Exercises 2-13 Order of Memory 1-24 2. RPN: The Automatic Memory Stack What the ...Stack Is 2-1 The X and Y-Registers are in the Stack 2-4 Arithmetic - and Y-Registers in the Display 2-2 Clearing the X-Register 2-2 Reviewing the Stack 2-3 Exchanging the X- Periods and Commas in Numbers 1-18 Number of Decimal Places 1-19 SHOWing Full 12-Digit Precision 1-20 Fractions 1-21...
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3. Storing Data into Variables Storing and Recalling Numbers 3-2 Viewing a Variable without Recalling It 3-3 Reviewing Variables in the VAR Catalog 3-3 Clearing Variables 3-4 Arithmetic with Stored Variables 3-4 Storage Arithmetic 3-4 Recall Arithmetic 3-5 Exchanging x with Any Variable 3-6 The Variable "i 3-7 4. Real-Number Functions Exponential ...
3. Storing Data into Variables Storing and Recalling Numbers 3-2 Viewing a Variable without Recalling It 3-3 Reviewing Variables in the VAR Catalog 3-3 Clearing Variables 3-4 Arithmetic with Stored Variables 3-4 Storage Arithmetic 3-4 Recall Arithmetic 3-5 Exchanging x with Any Variable 3-6 The Variable "i 3-7 4. Real-Number Functions Exponential ...
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...Interpreting Results D-3 When SOLVE Cannot Find a Root D-8 Round-Off Error D-13 10 Contents Resetting the Calculator B-2 Clearing Memory B-3 The Status of Stack Lift B-4 Disabling Operations B-4 Neutral Operations B-4 The Status of...C-1 Doing Two-number Arithmetic in ALG C-2 Simple Arithmetic C-2 Power Functions C-2 Percentage Calculations C-3 Permutations and Combinations C-4 Quotient and Remainder Of Division C-4 Parentheses Calculations C-5 Chain Calculations C-5 Reviewing the Stack C-6 Coordinate Conversions C-7 Integrating an Equation C-8 Operations with Complex Numbers ...
...Interpreting Results D-3 When SOLVE Cannot Find a Root D-8 Round-Off Error D-13 10 Contents Resetting the Calculator B-2 Clearing Memory B-3 The Status of Stack Lift B-4 Disabling Operations B-4 Neutral Operations B-4 The Status of...C-1 Doing Two-number Arithmetic in ALG C-2 Simple Arithmetic C-2 Power Functions C-2 Percentage Calculations C-3 Permutations and Combinations C-4 Quotient and Remainder Of Division C-4 Parentheses Calculations C-5 Chain Calculations C-5 Reviewing the Stack C-6 Coordinate Conversions C-7 Integrating an Equation C-8 Operations with Complex Numbers ...
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... HP 33s Menus (continued) Menu Description Chapter Other functions # Memory status (bytes of choices. 2. a series of memory available); With numbered menu items, you can use the cursor keys or press the menu key once to use a menu function: 1. Functions to review the.... catalog of programs (program labels). 1, 3, 12 8 Angular modes and ")" or "8" radix (decimal point) convention. 4, 1 1 Fix, scientific, engineering, and ALL display formats. catalog of variables; The following example shows you want to produce a menu in the table on the §...
... HP 33s Menus (continued) Menu Description Chapter Other functions # Memory status (bytes of choices. 2. a series of memory available); With numbered menu items, you can use the cursor keys or press the menu key once to use a menu function: 1. Functions to review the.... catalog of programs (program labels). 1, 3, 12 8 Angular modes and ")" or "8" radix (decimal point) convention. 4, 1 1 Fix, scientific, engineering, and ALL display formats. catalog of variables; The following example shows you want to produce a menu in the table on the §...
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... Memory" in appendix B.) To clear all numbers, equations, and programs you can store any combination of data (variables, equations, or program lines). To review the catalogs, press or . 3. Press { c {}. You will then see the confirmation prompt which you 've stored. To delete...clear settings as well as data, see "Reviewing Variables in the VAR Catalog" in chapter 3). Pressing the {} menu key displays the catalog of programs, press {}. 2. to enter the catalog of programs. 1. Calculator Memory The HP 33s has 31KB of memory in which safeguards ...
... Memory" in appendix B.) To clear all numbers, equations, and programs you can store any combination of data (variables, equations, or program lines). To review the catalogs, press or . 3. Press { c {}. You will then see the confirmation prompt which you 've stored. To delete...clear settings as well as data, see "Reviewing Variables in the VAR Catalog" in chapter 3). Pressing the {} menu key displays the catalog of programs, press {}. 2. to enter the catalog of programs. 1. Calculator Memory The HP 33s has 31KB of memory in which safeguards ...
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... stack contents upward, one register at a time. what was in the T-register rotates into the X-register, and so on. Reviewing the Stack R¶ (Roll Down) The (roll down) key lets you review the entire contents of the stack by "rolling" the contents downward, one register at a time. Notice that it enters the...
... stack contents upward, one register at a time. what was in the T-register rotates into the X-register, and so on. Reviewing the Stack R¶ (Roll Down) The (roll down) key lets you review the entire contents of the stack by "rolling" the contents downward, one register at a time. Notice that it enters the...
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... catalog of available memory. at any or all the significant digits of the integer. Pressing the {} menu key displays the catalog of programs. To review the values at the left of the radix ( ) or 8 ). | is most often used in the VAR Catalog The { Y... (memory) function provides information about memory: # QQ8QQQ where nn,nnn is displayed in the catalog. 5. Reviewing Variables in programming, but it is the portion to the left end of a number displayed in the X-register. If Fraction-display mode is useful anytime...
... catalog of available memory. at any or all the significant digits of the integer. Pressing the {} menu key displays the catalog of programs. To review the values at the left of the radix ( ) or 8 ). | is most often used in the VAR Catalog The { Y... (memory) function provides information about memory: # QQ8QQQ where nn,nnn is displayed in the catalog. 5. Reviewing Variables in programming, but it is the portion to the left end of a number displayed in the X-register. If Fraction-display mode is useful anytime...
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... J.Mohr and Barry N.Taylor, CODATA Recommended Values of the Fundamental Physical Constants: 1998, Journal of Physical and Chemical Reference Data,Vol.28, No.6,1999 and Reviews of conversions: coordinate (polar/rectangular), angular (degrees/radians), time (decimal/minutes-seconds), and unit (cm/in, °C/°F, l/gal, kg/lb). Position your cursor where...
... J.Mohr and Barry N.Taylor, CODATA Recommended Values of the Fundamental Physical Constants: 1998, Journal of Physical and Chemical Reference Data,Vol.28, No.6,1999 and Reviews of conversions: coordinate (polar/rectangular), angular (degrees/radians), time (decimal/minutes-seconds), and unit (cm/in, °C/°F, l/gal, kg/lb). Position your cursor where...
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...to zero. by reviewing the values left in the equation is treated as P × V - (N × R × T). and Y-register values are more information about how SOLVE works. For example, the Ideal Gas Law equation is evaluated as a " - Verifying the Result After the SOLVE calculation ends, you need ... The X-register (press to solve than others. that is, the value that was last searched to find a solution, the calculator displays See appendix D for more difficult to clear the VIEWed variable) contains the solution (root) for the root. The Z-register contains the value...
...to zero. by reviewing the values left in the equation is treated as P × V - (N × R × T). and Y-register values are more information about how SOLVE works. For example, the Ideal Gas Law equation is evaluated as a " - Verifying the Result After the SOLVE calculation ends, you need ... The X-register (press to solve than others. that is, the value that was last searched to find a solution, the calculator displays See appendix D for more difficult to clear the VIEWed variable) contains the solution (root) for the root. The Z-register contains the value...
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...of bytes of each labeled program segment uses. Press { Y {} to display the catalog, and press or to : Review the labels in program memory and the memory cost of memory used by the program. You can make more room available by each label and... to move within the list. Clearing One or More Programs To clear a specific program from memory 1. See "Clearing One or More Programs" below, or "Managing Calculator Memory" in appendix B. Press { Y {} and display (using and ) the label of memory each labeled program or routine. Execute a ...
...of bytes of each labeled program segment uses. Press { Y {} to display the catalog, and press or to : Review the labels in program memory and the memory cost of memory used by the program. You can make more room available by each label and... to move within the list. Clearing One or More Programs To clear a specific program from memory 1. See "Clearing One or More Programs" below, or "Managing Calculator Memory" in appendix B. Press { Y {} and display (using and ) the label of memory each labeled program or routine. Execute a ...
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... by pressing X D and the angle between vectors (γ) Example 1: A microwave antenna is to see the individual elements. 8. To continue calculations based on the result, remember to step 2. 6. The rectangular components of v1. Key in R and press g, key in T and press... altered. Compute the cross product by pressing g. 7. Variables Used: X, Y, Z U, V, W R, T, P D G The rectangular components of v2. Optional: to review v1 in the x-y plane (θ), and the angle from vector two by pressing X S; The dot product The angle between vectors by pressing X C; 3. Use the...
... by pressing X D and the angle between vectors (γ) Example 1: A microwave antenna is to see the individual elements. 8. To continue calculations based on the result, remember to step 2. 6. The rectangular components of v1. Key in R and press g, key in T and press... altered. Compute the cross product by pressing g. 7. Variables Used: X, Y, Z U, V, W R, T, P D G The rectangular components of v2. Optional: to review v1 in the x-y plane (θ), and the angle from vector two by pressing X S; The dot product The angle between vectors by pressing X C; 3. Use the...
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Checksum and length: 51AB 15 This routine inverts a 3 × 3 matrix. Calculates F' × determinant = CD - Calculates E' × determinant = AI - Mathematics Programs 15-13 CG. AF. Calculates determinant and saves value for the division loop, J. Checksum and length: 35E7 21 Starts the input loop. "!1L2 Prompts for and stores the ... in index variable. Program Listing: Program Lines: (In RPN mode) Description Starting point for input of coefficients. ) Loop-control value: loops from 1 to review values.
Checksum and length: 51AB 15 This routine inverts a 3 × 3 matrix. Calculates F' × determinant = CD - Calculates E' × determinant = AI - Mathematics Programs 15-13 CG. AF. Calculates determinant and saves value for the division loop, J. Checksum and length: 35E7 21 Starts the input loop. "!1L2 Prompts for and stores the ... in index variable. Program Listing: Program Lines: (In RPN mode) Description Starting point for input of coefficients. ) Loop-control value: loops from 1 to review values.
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...see the value of Y, then press g again to see the value of the inverted matrix. 7. Use 1 for L. Optional: press X D to review the values of X. also used to see the value of matrix and column vector. 3. Example: For the system below, compute the inverse and the ...system solution. Invert the matrix again and review the result to input coefficients of Z. 8. Output vector values; Remarks: For 2 × 2 solutions use zero for coefficients C, F, H, G and for...
...see the value of Y, then press g again to see the value of the inverted matrix. 7. Use 1 for L. Optional: press X D to review the values of X. also used to see the value of matrix and column vector. 3. Example: For the system below, compute the inverse and the ...system solution. Invert the matrix again and review the result to input coefficients of Z. 8. Output vector values; Remarks: For 2 × 2 solutions use zero for coefficients C, F, H, G and for...
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...to 4. Sets C equal to 23. Displays next value. Multiplies by column vector to 15. Begins review of the inverted matrix. Displays next value. Calculates and displays Z. Displays next value. Mathematics Programs 15-19 Sets D equal to compute X. Keys:...@ value @ value 8 ) X M g g X A g g g g g Description: Starts input routine. Sets B equal to first coefficient entered. Calculates and displays Y. Continues entry for E through L. Calculates the inverse and displays the determinant. Displays next value. Displays next value. Returns to 8.
...to 4. Sets C equal to 23. Displays next value. Multiplies by column vector to 15. Begins review of the inverted matrix. Displays next value. Calculates and displays Z. Displays next value. Mathematics Programs 15-19 Sets D equal to compute X. Keys:...@ value @ value 8 ) X M g g X A g g g g g Description: Starts input routine. Sets B equal to first coefficient entered. Calculates and displays Y. Continues entry for E through L. Calculates the inverse and displays the determinant. Displays next value. Displays next value. Returns to 8.
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... all the coefficients in the equation by the leading coefficient. (See example 2.) The routines for third- Displays next value. It calculates both real and complex roots. or fourth-order polynomial. a2 b1 = a3a1- 4a0 15-20 Mathematics Programs Displays next value. .... and so on. If the leading coefficient is assumed to a second- g g g X I X A g . . . Displays next value. Begins review of order 2 through 5 with real coefficients. Displays next value, ...... Polynomial Root Finder This program finds the roots of a polynomial of inverted matrix. For this...
... all the coefficients in the equation by the leading coefficient. (See example 2.) The routines for third- Displays next value. It calculates both real and complex roots. or fourth-order polynomial. a2 b1 = a3a1- 4a0 15-20 Mathematics Programs Displays next value. .... and so on. If the leading coefficient is assumed to a second- g g g X I X A g . . . Displays next value. Begins review of order 2 through 5 with real coefficients. Displays next value, ...... Polynomial Root Finder This program finds the roots of a polynomial of inverted matrix. For this...
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... U. 15-34 Mathematics Programs M) and (Y - Halts program to 1 for computation of cos(T) and -sin(T). θ8T´¸8º Calculates cos (T) and -sin(T) in variable V. º65¸ Swaps positions of inputs. Prompts for and stores Y, the old y-coordinate. ...old system to display U. Prompts for another calculation. M) cos (T) + (Y-N) sin (T) and (Y - Calculates (X - Program Listing: Program Lines: (In RPN mode) Description This routine defines the new coordinate system. Prompts for review of coordinates back. #$ "...
... U. 15-34 Mathematics Programs M) and (Y - Halts program to 1 for computation of cos(T) and -sin(T). θ8T´¸8º Calculates cos (T) and -sin(T) in variable V. º65¸ Swaps positions of inputs. Prompts for and stores Y, the old y-coordinate. ...old system to display U. Prompts for another calculation. M) cos (T) + (Y-N) sin (T) and (Y - Calculates (X - Program Listing: Program Lines: (In RPN mode) Description This routine defines the new coordinate system. Prompts for review of coordinates back. #$ "...
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..., ex,10x, unit conversion. 3. C ALG: Summary About ALG This appendix summarizes some features unique to ALG mode, including, Two-number arithmetic Chain calculation Reviewing the stack Coordinate conversions Operations with complex numbers Integrating an equation Arithmetic in ALG mode, the ALG annunciator is in bases...
..., ex,10x, unit conversion. 3. C ALG: Summary About ALG This appendix summarizes some features unique to ALG mode, including, Two-number arithmetic Chain calculation Reviewing the stack Coordinate conversions Operations with complex numbers Integrating an equation Arithmetic in ALG mode, the ALG annunciator is in bases...
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...145; key by displaying the result of the underline in the display- Here's a longer chain calculation: 456 − 75 × 68 18.5 1.9 This calculation can be written as you review the entire contents of the stack. pressing the displays the underline on the X4 register; The...-, X3-, X4-registers, to let you key it in: Keys: Display: 456 75 q 18.5 z 68 q 1.9 . 8 ) Reviewing the Stack The or | key produces a menu in the display. Pressing the | displays the underline on the X2 register. Pressing displays the following menu value...
...145; key by displaying the result of the underline in the display- Here's a longer chain calculation: 456 − 75 × 68 18.5 1.9 This calculation can be written as you review the entire contents of the stack. pressing the displays the underline on the X4 register; The...-, X3-, X4-registers, to let you key it in: Keys: Display: 456 75 q 18.5 z 68 q 1.9 . 8 ) Reviewing the Stack The or | key produces a menu in the display. Pressing the | displays the underline on the X2 register. Pressing displays the following menu value...
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Enter the coordinates (in rectangular or polar form) that you want to review the entire contents However, in normal operation in ALG mode, the stack in ALG mode differs...-to-polar) or | s (polar-to see θ or y. Displays θ. The resulting display (the X-register) shows either r (polar result) or x (rectangular result). Calculates hypotenuse (r). Press to -rectangular). and Y-registers. 3. Calculates x. ALG: Summary C-7 The converted coordinates occupy the X- Keys: Display: {} 30 [ 5 { r 8´θ8T T/ ) 8´...
Enter the coordinates (in rectangular or polar form) that you want to review the entire contents However, in normal operation in ALG mode, the stack in ALG mode differs...-to-polar) or | s (polar-to see θ or y. Displays θ. The resulting display (the X-register) shows either r (polar result) or x (rectangular result). Calculates hypotenuse (r). Press to -rectangular). and Y-registers. 3. Calculates x. ALG: Summary C-7 The converted coordinates occupy the X- Keys: Display: {} 30 [ 5 { r 8´θ8T T/ ) 8´...
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... mode. variable RCLx variable RCL÷ variable RMDR RND {¦ RTN R¶ Keys and Description Page ¼ L variable 3-5 Recall. variable. L z variable. 3-5 Returns x × variable. to review the stack in 5-7 FIX n display mode; the program pointer returns to the top or to the calling routine. 12-3 13-2 Roll down. 2-3 Moves t to the...
... mode. variable RCLx variable RCL÷ variable RMDR RND {¦ RTN R¶ Keys and Description Page ¼ L variable 3-5 Recall. variable. L z variable. 3-5 Returns x × variable. to review the stack in 5-7 FIX n display mode; the program pointer returns to the top or to the calling routine. 12-3 13-2 Roll down. 2-3 Moves t to the...