hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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... Parts of Numbers 4-16 Names of Equation Operations 6-3 Entering Equations into the Equation List 6-4 Variables in Equations 6-4 Numbers in Equations 6-5 Functions in Equations 6-5 Parentheses in Programs 5-9 6. Entering and Evaluating Equations How You Can Use Equations 6-1 Summary of Functions 4-17 5. Fractions Entering Fractions 5-1 Fractions in the Display 5-2 Display Rules 5-2 Accuracy Indicators 5-3 Longer...
... Parts of Numbers 4-16 Names of Equation Operations 6-3 Entering Equations into the Equation List 6-4 Variables in Equations 6-4 Numbers in Equations 6-5 Functions in Equations 6-5 Parentheses in Programs 5-9 6. Entering and Evaluating Equations How You Can Use Equations 6-1 Summary of Functions 4-17 5. Fractions Entering Fractions 5-1 Fractions in the Display 5-2 Display Rules 5-2 Accuracy Indicators 5-3 Longer...
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... 11-11 Access to the Statistics Registers 11-11 Part 2. Simple Programming Designing a Program 12-3 6 Contents Statistical Operations Entering Statistical Data 11-1 Entering One-Variable Data 11-2 Entering Two-Variable Data 11-2 Correcting Errors in Data Entry 11-2 Statistical Calculations 11-4 Mean 11-4 Sample Standard Deviation 11-6 Population Standard Deviation 11-6 Linear Regression... Numbers 10-4 Range of Data 11-9 Summation Values and the Statistics Registers 11-10 Summation Statistics 11-10 The Statistics Registers in Polar Notation 9-5 10. Programming 12.
... 11-11 Access to the Statistics Registers 11-11 Part 2. Simple Programming Designing a Program 12-3 6 Contents Statistical Operations Entering Statistical Data 11-1 Entering One-Variable Data 11-2 Entering Two-Variable Data 11-2 Correcting Errors in Data Entry 11-2 Statistical Calculations 11-4 Mean 11-4 Sample Standard Deviation 11-6 Population Standard Deviation 11-6 Linear Regression... Numbers 10-4 Range of Data 11-9 Summation Values and the Statistics Registers 11-10 Summation Statistics 11-10 The Statistics Registers in Polar Notation 9-5 10. Programming 12.
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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...LBL and RTN 12-3 Using RPN, ALG and Equations in Programs 12-4 Data Input and Output 12-4 Entering a Program 12-5 Keys That Clear 12-6 Function Names in Programs 12-7 Running a Program 12-9 Executing a Program (XEQ 12-9 Testing a Program 12-9 Entering and Displaying Data 12-11 Using INPUT for ... Information without Stopping 12-16 Stopping or Interrupting a Program 12-17 Programming a Stop or Pause (STOP, PSE 12-17 Interrupting a Running Program 12-17 Error Stops 12-17 Editing a Program 12-18 Program Memory 12-19 Viewing Program Memory 12-19 Memory Usage 12-20 The Catalog ...
...LBL and RTN 12-3 Using RPN, ALG and Equations in Programs 12-4 Data Input and Output 12-4 Entering a Program 12-5 Keys That Clear 12-6 Function Names in Programs 12-7 Running a Program 12-9 Executing a Program (XEQ 12-9 Testing a Program 12-9 Entering and Displaying Data 12-11 Using INPUT for ... Information without Stopping 12-16 Stopping or Interrupting a Program 12-17 Programming a Stop or Pause (STOP, PSE 12-17 Interrupting a Running Program 12-17 Error Stops 12-17 Editing a Program 12-18 Program Memory 12-19 Viewing Program Memory 12-19 Memory Usage 12-20 The Catalog ...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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...-1 Calling Subroutines (XEQ, RTN 13-2 Nested Subroutines 13-3 Branching (GTO 13-4 A Programmed GTO Instruction 13-5 Using GTO from the Keyboard 13-5 Conditional Instructions 13-6 Tests of Comparison (x?y, x?0 13-7 Flags 13-8 Loops...Address, (i 13-21 Program Control with (i 13-22 Equations with (i 13-24 14. Programming Techniques Routines in Program Lines 12-23 Polynomial Expressions and Horner's Method 12-23 13. Solving and Integrating Programs Solving a Program 14-1 Using SOLVE in a Program 14-6 Integrating a Program 14-7 Using Integration in a Program 14-9 Restrictions on ...
...-1 Calling Subroutines (XEQ, RTN 13-2 Nested Subroutines 13-3 Branching (GTO 13-4 A Programmed GTO Instruction 13-5 Using GTO from the Keyboard 13-5 Conditional Instructions 13-6 Tests of Comparison (x?y, x?0 13-7 Flags 13-8 Loops...Address, (i 13-21 Program Control with (i 13-22 Equations with (i 13-24 14. Programming Techniques Routines in Program Lines 12-23 Polynomial Expressions and Horner's Method 12-23 13. Solving and Integrating Programs Solving a Program 14-1 Using SOLVE in a Program 14-6 Integrating a Program 14-7 Using Integration in a Program 14-9 Restrictions on ...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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...Part 3. User Memory and the Stack Managing Calculator Memory B-1 Contents 9 Miscellaneous Programs and Equations Time Value of Simultaneous Equations 15-12 Polynomial Root Finder 15-20 Coordinate Transformations 15-32 16. Statistics Programs Curve Fitting 16-1 Normal and Inverse-Normal ...Distributions 16-11 Grouped Standard Deviation 16-17 17. Support, Batteries, and Service Calculator Support A-1 Answers to Common Questions A-1 Environmental Limits A-2 ...
...Part 3. User Memory and the Stack Managing Calculator Memory B-1 Contents 9 Miscellaneous Programs and Equations Time Value of Simultaneous Equations 15-12 Polynomial Root Finder 15-20 Coordinate Transformations 15-32 16. Statistics Programs Curve Fitting 16-1 Normal and Inverse-Normal ...Distributions 16-11 Grouped Standard Deviation 16-17 17. Support, Batteries, and Service Calculator Support A-1 Answers to Common Questions A-1 Environmental Limits A-2 ...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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..., indicating that the cursor key itself is not actually marked with arrows. Alpha Keys Left-shifted function Right-shifted function G Letter for example, a variable or a program label), the A..Z annunciator appears in chapter 12. labels are covered in the illustration below. Pressing { or | turns on until you need to type a letter (for...
..., indicating that the cursor key itself is not actually marked with arrows. Alpha Keys Left-shifted function Right-shifted function G Letter for example, a variable or a program label), the A..Z annunciator appears in chapter 12. labels are covered in the illustration below. Pressing { or | turns on until you need to type a letter (for...
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..., b erases the character immediately to zero or cancels the current situation (such as a menu, a message, a prompt, a catalog, or Equation-entry or Program-entry mode). "_" changes back to the left of "¾" (the equation-entry cursor). b also clears error messages, and deletes the current... program line during program entry. Clear or Cancel. If a number entry in "Using Menus" on page 1-7.) If the number is completed (no cursor), b clears the entire number....
..., b erases the character immediately to zero or cancels the current situation (such as a menu, a message, a prompt, a catalog, or Equation-entry or Program-entry mode). "_" changes back to the left of "¾" (the equation-entry cursor). b also clears error messages, and deletes the current... program line during program entry. Clear or Cancel. If a number entry in "Using Menus" on page 1-7.) If the number is completed (no cursor), b clears the entire number....
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If you select {}, a new menu is displayed so you can verify your decision before erasing everything in program lines), the menu is displayed, so you can verify your decision before erasing the equation. If you select {}, a new menu is... displayed, so you are viewing a completed equation, the equation is replaced by {}. If you can verify your decision before erasing all statistical data. During program entry, {} is deleted with no verification. 1-6 Getting Started Keys for Clearing (continued) Key {c Description The CLEAR menu Contains options for clearing x ...
If you select {}, a new menu is displayed so you can verify your decision before erasing everything in program lines), the menu is displayed, so you can verify your decision before erasing the equation. If you select {}, a new menu is... displayed, so you are viewing a completed equation, the equation is replaced by {}. If you can verify your decision before erasing all statistical data. During program entry, {} is deleted with no verification. 1-6 Getting Started Keys for Clearing (continued) Key {c Description The CLEAR menu Contains options for clearing x ...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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... flags. ≠≤≥= 13 Comparison tests of the X-and Y-registers. ≠≤≥= 13 Comparison tests of statistical x-values. HP 33s Menus Menu Name L.R. Getting Started 1-7 x, y s,σ CONST SUMS BASE FLAGS x?y x?0 Menu Description Chapter Numeric Functions ºˆ ... many more functions, or more options for more power to the HP 33s than what you see on page 4-8. Q 11 Statistical data summations. 11 Base conversions (decimal, hexadecimal, octal, and binary). Programming Instructions @ 13 Functions to 4 " Physics constants...
... flags. ≠≤≥= 13 Comparison tests of the X-and Y-registers. ≠≤≥= 13 Comparison tests of statistical x-values. HP 33s Menus Menu Name L.R. Getting Started 1-7 x, y s,σ CONST SUMS BASE FLAGS x?y x?0 Menu Description Chapter Numeric Functions ºˆ ... many more functions, or more options for more power to the HP 33s than what you see on page 4-8. Q 11 Statistical data summations. 11 Base conversions (decimal, hexadecimal, octal, and binary). Programming Instructions @ 13 Functions to 4 " Physics constants...
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... The CONST and SUMS menu keys have more menu pages, turning on page 1-6. Menu Name MEM MODES DISPLAY R¶ R µ CLEAR HP 33s Menus (continued) Menu Description Chapter Other functions # Memory status (bytes of choices. 2. C 1, 3, 6, 12 To use the cursor...catalog of variables; With numbered menu items, you can use a menu function: 1. 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. You can either press while the item is ...
... The CONST and SUMS menu keys have more menu pages, turning on page 1-6. Menu Name MEM MODES DISPLAY R¶ R µ CLEAR HP 33s Menus (continued) Menu Description Chapter Other functions # Memory status (bytes of choices. 2. C 1, 3, 6, 12 To use the cursor...catalog of variables; With numbered menu items, you can use a menu function: 1. 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. You can either press while the item is ...
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...shift is active. 1 Reverse Polish Notation mode is active. 1, 2 Algebraic mode is active. 1, C Program-entry is active. 12 Equation-entry mode is active, or the 6 calculator is set (flags 5 13 through 11 have no annunciator. Radians or Grad angular mode is evaluating an ... d ¡ ¢ RPN ALG PRGM EQN 0 1 2 3 4 RAD or GRAD HEX OCT BIN HP 33s Annunciators Meaning Chapter The "£ (Busy)" annunciator blinks while an operation, equation, or program is being displayed. If neither part of the fraction is executing. DEG 4 mode (default) has no annunciator. ...
...shift is active. 1 Reverse Polish Notation mode is active. 1, 2 Algebraic mode is active. 1, C Program-entry is active. 12 Equation-entry mode is active, or the 6 calculator is set (flags 5 13 through 11 have no annunciator. Radians or Grad angular mode is evaluating an ... d ¡ ¢ RPN ALG PRGM EQN 0 1 2 3 4 RAD or GRAD HEX OCT BIN HP 33s Annunciators Meaning Chapter The "£ (Busy)" annunciator blinks while an operation, equation, or program is being displayed. If neither part of the fraction is executing. DEG 4 mode (default) has no annunciator. ...
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... is low. 1, 6, 12 3 1 A Getting Started 1-13 there are more than one . The alphabetic keys are active for stepping through an equation list or program lines. To skip to the last display, press | or { followed by to skip from the current display to scroll the 1, 6 display, i.e. When... or equation has more digits to the left and right-cursor keys ( , ) to see the rest of an equation or binary number. HP 33s Annunciators (continued) Annunciator §,¨ Meaning Chapter The or keys are active to the first one display, you can press | or...
... is low. 1, 6, 12 3 1 A Getting Started 1-13 there are more than one . The alphabetic keys are active for stepping through an equation list or program lines. To skip to the last display, press | or { followed by to skip from the current display to scroll the 1, 6 display, i.e. When... or equation has more digits to the left and right-cursor keys ( , ) to see the rest of an equation or binary number. HP 33s Annunciators (continued) Annunciator §,¨ Meaning Chapter The or keys are active to the first one display, you can press | or...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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... {}. Pressing the {} menu key displays the catalog of memory erases all of memory: 1. To enter the catalog of programs, press {}. 2. To delete a variable or a program, press { c while viewing it in its catalog. 4. to enter the catalog of variables, press {#}; Pressing the {#}... (see "Clearing Memory" in appendix B.) To clear all numbers, equations, and programs you can store any combination of data (variables, equations, or program lines). Calculator Memory The HP 33s has 31KB of memory in which safeguards against the unintentional clearing of memory. 2. ...
... {}. Pressing the {} menu key displays the catalog of memory erases all of memory: 1. To enter the catalog of programs, press {}. 2. To delete a variable or a program, press { c while viewing it in its catalog. 4. to enter the catalog of variables, press {#}; Pressing the {#}... (see "Clearing Memory" in appendix B.) To clear all numbers, equations, and programs you can store any combination of data (variables, equations, or program lines). Calculator Memory The HP 33s has 31KB of memory in which safeguards against the unintentional clearing of memory. 2. ...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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...optimal efficiency of intermediate results is the reason that notation to manipulate and organize data for calculations. In part 2, "Programming", you will greatly enhance your use of each other. HP's operating logic is the automatic, RPN memory stack. The stack consists of four storage ...labeled X, Y, Z, and T - The "oldest" number is the work area for programs. What the Stack Is Automatic storage of the stack, we have modified that the HP 33s easily processes complex calculations, and does so without parentheses. RPN: The Automatic Memory Stack 2-1 store and manipulate four...
...optimal efficiency of intermediate results is the reason that notation to manipulate and organize data for calculations. In part 2, "Programming", you will greatly enhance your use of each other. HP's operating logic is the automatic, RPN memory stack. The stack consists of four storage ...labeled X, Y, Z, and T - The "oldest" number is the work area for programs. What the Stack Is Automatic storage of the stack, we have modified that the HP 33s easily processes complex calculations, and does so without parentheses. RPN: The Automatic Memory Stack 2-1 store and manipulate four...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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... the current display, depending on the situation: it is also used to perform calculations, to temporarily store intermediate results, to pass stored data (variables) among programs and subroutines, to accept input, and to deliver output. For example, { raises ten to program this is the number you see in contrast, is context-sensitive. It...
... the current display, depending on the situation: it is also used to perform calculations, to temporarily store intermediate results, to pass stored data (variables) among programs and subroutines, to accept input, and to deliver output. For example, { raises ten to program this is the number you see in contrast, is context-sensitive. It...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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...186;} (Mainly used during program entry.) Note these exceptions: 2-6 RPN: The Automatic Memory Stack Replicates T register T 1.5 1.5 1.5 1.5 1.5 1. 5 Z 1.5 1.5 1.5 1.5 1.5 Y 1.5 1.5 1.5 1.5 1.5 X 1.5 100 100 150 225 337.5 1 2 3 4 5 1. Fills the stack with a numeric constant for calculations. Calculates the population after 3 days. Calculates the population after 1 day... The replicating effect of together with the replicating effect of 3 days? Press b 3. Calculates the population after 2 days. 5. There are three ways to clear the contents of to...
...186;} (Mainly used during program entry.) Note these exceptions: 2-6 RPN: The Automatic Memory Stack Replicates T register T 1.5 1.5 1.5 1.5 1.5 1. 5 Z 1.5 1.5 1.5 1.5 1.5 Y 1.5 1.5 1.5 1.5 1.5 X 1.5 100 100 150 225 337.5 1 2 3 4 5 1. Fills the stack with a numeric constant for calculations. Calculates the population after 3 days. Calculates the population after 1 day... The replicating effect of together with the replicating effect of 3 days? Press b 3. Calculates the population after 2 days. 5. There are three ways to clear the contents of to...
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Lifts the stack and replicates the X-register. 3. Overwrites the X-register. 4. RPN: The Automatic Memory Stack 2-7 During program entry, b deletes the currently-displayed program line and cancels program entry. During digit entry, b backspaces over the displayed equation, one function at a time. Lifts the stack 2. Overwrites x (replaces the zero.) The LAST X Register The...
Lifts the stack and replicates the X-register. 3. Overwrites the X-register. 4. RPN: The Automatic Memory Stack 2-7 During program entry, b deletes the currently-displayed program line and cancels program entry. During digit entry, b backspaces over the displayed equation, one function at a time. Lifts the stack 2. Overwrites x (replaces the zero.) The LAST X Register The...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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Indicates letter keys are stored in locations called variables, each named with a letter from A through Z. (You can choose the letter to remind you can use to store numbers, equations, and program lines. Storing Data into Variables The HP 33s has 31KB of user memory: memory that you of light.) 1. Numbers are active. 3. Letter keys. Cursor prompts for the speed of what is stored there, such as B for bank balance and C for variable. 2. 3 Storing Data into Variables 3-1
Indicates letter keys are stored in locations called variables, each named with a letter from A through Z. (You can choose the letter to remind you can use to store numbers, equations, and program lines. Storing Data into Variables The HP 33s has 31KB of user memory: memory that you of light.) 1. Numbers are active. 3. Letter keys. Cursor prompts for the speed of what is stored there, such as B for bank balance and C for variable. 2. 3 Storing Data into Variables 3-1
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The display is labeled for the variable, such as: / ) In Fraction-display mode ({ ), part of programs. To review the values at the left of the radix ( ) or 8 ). | is most often used in the {#} catalog, press | . (If it is displayed ... be indicated by "..." To copy a displayed variable from the catalog to cancel the catalog. at any or all the significant digits of a number displayed in programming, but it is a binary number with more than 12 digits, use the and keys to see the full mantissa, press | . Press ...
The display is labeled for the variable, such as: / ) In Fraction-display mode ({ ), part of programs. To review the values at the left of the radix ( ) or 8 ). | is most often used in the {#} catalog, press | . (If it is displayed ... be indicated by "..." To copy a displayed variable from the catalog to cancel the catalog. at any or all the significant digits of a number displayed in programming, but it is a binary number with more than 12 digits, use the and keys to see the full mantissa, press | . Press ...
hp 33s_user's manual_English_E_HDPM20PIE56.pdf
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Only the X-register is affected. New x = Previous x Variable For example, suppose you want to divide the number in the X-register (3, displayed) by the value in programs: using a recalled number and to leave the result in A. Recall arithmetic saves memory in A(12). A 12 A 12 Tt Zz Yy X3 Tt Zz Yy X 0.25 ...
Only the X-register is affected. New x = Previous x Variable For example, suppose you want to divide the number in the X-register (3, displayed) by the value in programs: using a recalled number and to leave the result in A. Recall arithmetic saves memory in A(12). A 12 A 12 Tt Zz Yy X3 Tt Zz Yy X 0.25 ...