Operation Manual
Page 2
... 1 Therefore, SHARP assumes no responsibility for data lost or altered in this manual is supplied without representation or warranty of this product and any other cause. Data may be lost or otherwise rendered unusable whether as a result of improper use, repairs, defects, battery replacement, use of any purpose, commercial or otherwise. • Rules and practices in financial calculation vary...
... 1 Therefore, SHARP assumes no responsibility for data lost or altered in this manual is supplied without representation or warranty of this product and any other cause. Data may be lost or otherwise rendered unusable whether as a result of improper use, repairs, defects, battery replacement, use of any purpose, commercial or otherwise. • Rules and practices in financial calculation vary...
Operation Manual
Page 3
Contents Introduction 3 Operational Notes 3 Key Notations in This Manual 4 Chapter 1: Getting Started 5 Preparing to Use the Calculator 5 Resetting the Calculator In Case of Difficulty 5 Calculator and Display Layout 6 The SET UP Menu 8 Operating Modes 10 Chapter 2: General Information 11 Basic Calculations 11 Clearing the Entry and Memories 11 Editing and Correcting an Entry 13 Memory Calculations 14 Chapter 3: Financial Functions 17 General Information 17 TVM (Time Value of Money) Solver 22 Amortization Calculations 33...
Contents Introduction 3 Operational Notes 3 Key Notations in This Manual 4 Chapter 1: Getting Started 5 Preparing to Use the Calculator 5 Resetting the Calculator In Case of Difficulty 5 Calculator and Display Layout 6 The SET UP Menu 8 Operating Modes 10 Chapter 2: General Information 11 Basic Calculations 11 Clearing the Entry and Memories 11 Editing and Correcting an Entry 13 Memory Calculations 14 Chapter 3: Financial Functions 17 General Information 17 TVM (Time Value of Money) Solver 22 Amortization Calculations 33...
Operation Manual
Page 4
... may not look ex- Operational Notes • Do not carry the calculator around in this manual, store it in a convenient location for example water, can splash onto it. Introduction Thank you sit down. For instance, screen examples will also cause malfunction. • Clean with a soft, dry cloth. will show only the symbols necessary for purchasing a SHARP Business/Financial Calculator.
... may not look ex- Operational Notes • Do not carry the calculator around in this manual, store it in a convenient location for example water, can splash onto it. Introduction Thank you sit down. For instance, screen examples will also cause malfunction. • Clean with a soft, dry cloth. will show only the symbols necessary for purchasing a SHARP Business/Financial Calculator.
Operation Manual
Page 5
...: Key Display Multiplication instruction → x × Alphabetic letter →X X • Examples in this manual as follows: To specify log To specify 1 To specify Σxy : . and i keys Press s . Using the . t and i A mean you have to the keys are printed in specific modes. h 1 or 1 i V To specify CLR-D To specify ENT : Q To specify Z : i Z To specify DATA : J ቢ Functions that are printed in this manual are performed using default settings (e.g., SET...
...: Key Display Multiplication instruction → x × Alphabetic letter →X X • Examples in this manual as follows: To specify log To specify 1 To specify Σxy : . and i keys Press s . Using the . t and i A mean you have to the keys are printed in specific modes. h 1 or 1 i V To specify CLR-D To specify ENT : Q To specify Z : i Z To specify DATA : J ቢ Functions that are printed in this manual are performed using default settings (e.g., SET...
Operation Manual
Page 7
... 2-digit exponent). ባ Power ON/OFF and Clear key: Turns the calculator ON. i: Activates the memory (printed in orange) assigned to the following key. ብ SET UP key: Displays the SET UP menu to the following key. This key also clears the display. To turn off the calculator, press ., then c. ቤ Key operation keys: .: Activates the second function (printed in green) assigned to select the display notation, angular unit, depreciation method and date format. ቦ Cursor keys: Move the cursor. ቧ MODE key: Switches between NORMAL and STAT modes...
... 2-digit exponent). ባ Power ON/OFF and Clear key: Turns the calculator ON. i: Activates the memory (printed in orange) assigned to the following key. ብ SET UP key: Displays the SET UP menu to the following key. This key also clears the display. To turn off the calculator, press ., then c. ቤ Key operation keys: .: Activates the second function (printed in green) assigned to select the display notation, angular unit, depreciation method and date format. ቦ Cursor keys: Move the cursor. ቧ MODE key: Switches between NORMAL and STAT modes...
Operation Manual
Page 8
... notation used to scroll up/down. 2ndF : Appears when . COMP : Indicates that variables or data are shown in the SET UP menu. 7 Press z / i to display values. Press g / y to the displayed variable using @. ALPHA : Indicates that the functions shown in orange are enabled. When 360 is pressed, indicating that i, g or f has been pressed, and storing or recalling memory values or TVM solvers/statistics variables can be displayed. Display layout Equation/ variable name display Symbol...
... notation used to scroll up/down. 2ndF : Appears when . COMP : Indicates that variables or data are shown in the SET UP menu. 7 Press z / i to display values. Press g / y to the displayed variable using @. ALPHA : Indicates that the functions shown in orange are enabled. When 360 is pressed, indicating that i, g or f has been pressed, and storing or recalling memory values or TVM solvers/statistics variables can be displayed. Display layout Equation/ variable name display Symbol...
Operation Manual
Page 10
...,999,999 • FLO_B ~ 0 3: 0.01 ≤ | X | ≤ 9,999,999,999 Switching the notation setting Procedure 100000 ÷ 3 = Fixed decimal point with two decimal places → Scientific notation (SCI) with two significant digits → Floating point (FLO_A) Key operation s 100000 8 3 = ~ 0 1 2 ~ 0 2 3 ÷ 1000 = Floating point (FLO_A) → Floating point (FLO_B) s 3 8 1000 = ~ 0 3 → Fixed decimal point with two decimal places ~ 0 0 2 Display 1-----©3= 3333333 1-----©3= 33 04 1-----©3= 3333333333 3©1---= 0003 3©...
...,999,999 • FLO_B ~ 0 3: 0.01 ≤ | X | ≤ 9,999,999,999 Switching the notation setting Procedure 100000 ÷ 3 = Fixed decimal point with two decimal places → Scientific notation (SCI) with two significant digits → Floating point (FLO_A) Key operation s 100000 8 3 = ~ 0 1 2 ~ 0 2 3 ÷ 1000 = Floating point (FLO_A) → Floating point (FLO_B) s 3 8 1000 = ~ 0 3 → Fixed decimal point with two decimal places ~ 0 0 2 Display 1-----©3= 3333333 1-----©3= 33 04 1-----©3= 3333333333 3©1---= 0003 3©...
Operation Manual
Page 13
... "ANS" memories, press s g and then specify the memory. • To clear or restore to the default setting one of the variables of TVM variables, listed financial variables, cash flow data, or STAT, refer to their default values. c or by pressing . If the cursor is displayed. *7 Statistical data (entered data) and variables (n, x, etc.) *8 Are cleared when changing between sub-modes in financial calculations (such as a back space key. 12 k 1 (RESET) RESET switch ×...
... "ANS" memories, press s g and then specify the memory. • To clear or restore to the default setting one of the variables of TVM variables, listed financial variables, cash flow data, or STAT, refer to their default values. c or by pressing . If the cursor is displayed. *7 Statistical data (entered data) and variables (n, x, etc.) *8 Are cleared when changing between sub-modes in financial calculations (such as a back space key. 12 k 1 (RESET) RESET switch ×...
Operation Manual
Page 14
... place immediately after where you to display the menu. • To clear all data stored in the equation display • This calculator has two editing modes: insert mode (default), and overwrite mode. Pressing . In the overwrite mode, data under the cursor will be overwritten by the number you enter. • This mode setting will blink), then press =. g or . d switches between the two modes. The RESET operation erases all (A-H, M, X-Z, ANS, MEM RESET 01 TVM variables, listed...
... place immediately after where you to display the menu. • To clear all data stored in the equation display • This calculator has two editing modes: insert mode (default), and overwrite mode. Pressing . In the overwrite mode, data under the cursor will be overwritten by the number you enter. • This mode setting will blink), then press =. g or . d switches between the two modes. The RESET operation erases all (A-H, M, X-Z, ANS, MEM RESET 01 TVM variables, listed...
Operation Manual
Page 16
... existing memory value. Press s g M to clear the independent memory (M). The value is automatically stored in the last answer memory. • Listed financial variables are used in an equation, press i and the variable key. To place a variable in . Independent memory (M) In addition to all the other calculation ending instruction (including storing and recalling operations) is automatically entered into a different type of calculation, use one of the following methods: • Last answer memory (ANS): Within the original calculation, display the variable and value...
... existing memory value. Press s g M to clear the independent memory (M). The value is automatically stored in the last answer memory. • Listed financial variables are used in an equation, press i and the variable key. To place a variable in . Independent memory (M) In addition to all the other calculation ending instruction (including storing and recalling operations) is automatically entered into a different type of calculation, use one of the following methods: • Last answer memory (ANS): Within the original calculation, display the variable and value...
Operation Manual
Page 17
... 240 3220 * Entry of statistical data. of calculation (for example, both bond calculations and the TVM solver use the values held in statistical variables in memory using up the variable. After calculation, however, you can use the variable I/Y), you can retrieve the value simply by switching calculation types and bringing up to 14 digits. Statistical variables are the results of the calculation of the multiplication procedure is not entered into statistical variables. j f M $1 = ¥110 ¥26...
... 240 3220 * Entry of statistical data. of calculation (for example, both bond calculations and the TVM solver use the values held in statistical variables in memory using up the variable. After calculation, however, you can use the variable I/Y), you can retrieve the value simply by switching calculation types and bringing up to 14 digits. Statistical variables are the results of the calculation of the multiplication procedure is not entered into statistical variables. j f M $1 = ¥110 ¥26...
Operation Manual
Page 18
... rates can be converted between dates. Percent change/Compound interest calculations: Calculate percent change (increase or decrease) and compound interest rates. Depreciation calculations: Obtain depreciation base values using fixed costs, variable costs per unit, unit prices, and profit. 17 Cost/Sell/Margin/Markup calculations: Calculate cost, selling price and margin/markup. Bond calculations: Solve bond prices or yields to perform financial calculations. Chapter 3 Financial Functions General Information Financial calculations...
... rates can be converted between dates. Percent change/Compound interest calculations: Calculate percent change (increase or decrease) and compound interest rates. Depreciation calculations: Obtain depreciation base values using fixed costs, variable costs per unit, unit prices, and profit. 17 Cost/Sell/Margin/Markup calculations: Calculate cost, selling price and margin/markup. Bond calculations: Solve bond prices or yields to perform financial calculations. Chapter 3 Financial Functions General Information Financial calculations...
Operation Manual
Page 19
... calculations are stored in all the other calculations as required. Variables used in the TVM solver are used in financial calculations Financial calculations use multiple variables. You can be aware of variable. M-D-Y 1* D-M-Y 1 - - - - Variables used in the TVM solver. REDEMPT (FV) SALVAGE (FV) NEW PRC (FV) - - M-D-Y 1* D-M-Y 1 M-D-Y 2 * D-M-Y 2 18 By entering known values into the following list shows the variables shared between calculations. TVM variables: Variables that are used in the memory area) among calculations Financial variables...
... calculations are stored in all the other calculations as required. Variables used in the TVM solver are used in financial calculations Financial calculations use multiple variables. You can be aware of variable. M-D-Y 1* D-M-Y 1 - - - - Variables used in the TVM solver. REDEMPT (FV) SALVAGE (FV) NEW PRC (FV) - - M-D-Y 1* D-M-Y 1 M-D-Y 2 * D-M-Y 2 18 By entering known values into the following list shows the variables shared between calculations. TVM variables: Variables that are used in the memory area) among calculations Financial variables...
Operation Manual
Page 20
... Q B. b resets all the variables in the displayed listed financial group to show the variable and value. Use z/i to the default values. Use z/i to select the variable you wish to select the variable you can also enter values into variables using arithmetic operations. Ex. 100 x 12 u B. Basic variable operations TVM variables (N, I/Y, PV, PMT, FV) A. Entering a value 1. Select the desired financial calculation method by pressing the corresponding financial calculation key. 2. Press @ when the "COMP" symbol appears...
... Q B. b resets all the variables in the displayed listed financial group to show the variable and value. Use z/i to the default values. Use z/i to select the variable you wish to select the variable you can also enter values into variables using arithmetic operations. Ex. 100 x 12 u B. Basic variable operations TVM variables (N, I/Y, PV, PMT, FV) A. Entering a value 1. Select the desired financial calculation method by pressing the corresponding financial calculation key. 2. Press @ when the "COMP" symbol appears...
Operation Manual
Page 51
... remaining depreciable value is $1,362,500. 50 Procedure Key operation Display Bring up the initial display in NORMAL mode, and select the straight-line depreciation method. LIFE(N)= 3000 Enter the starting month. i 4 Q START MONTH= 400 Enter the cost of depreciation. i 1500000 Q COST(PV)= 150000000 Enter the salvage value. O SL ---------- DEPRECIATE= 5000000 Calculate the remaining i book value. i 0 Q SALVAGE(FV)= 000 Enter the year for calcu- Calculating straight-line depreciation In...
... remaining depreciable value is $1,362,500. 50 Procedure Key operation Display Bring up the initial display in NORMAL mode, and select the straight-line depreciation method. LIFE(N)= 3000 Enter the starting month. i 4 Q START MONTH= 400 Enter the cost of depreciation. i 1500000 Q COST(PV)= 150000000 Enter the salvage value. O SL ---------- DEPRECIATE= 5000000 Calculate the remaining i book value. i 0 Q SALVAGE(FV)= 000 Enter the year for calcu- Calculating straight-line depreciation In...
Operation Manual
Page 55
...) New price (new value) % (I/Y) Percent change /compound interest calculations by OLD PRC(PV)= pressing . Variables used in NORMAL mode. 2. Move to the variable you wish to calculate, using the z and i keys, and press @ to the last date and calculate. Press s to page 19 for basic variable operations. 1. B. • To end percent change/com- 000 pound interest calculations, press s. • If you can determine the values of percentage rates of change , or number of any entered values...
...) New price (new value) % (I/Y) Percent change /compound interest calculations by OLD PRC(PV)= pressing . Variables used in NORMAL mode. 2. Move to the variable you wish to calculate, using the z and i keys, and press @ to the last date and calculate. Press s to page 19 for basic variable operations. 1. B. • To end percent change/com- 000 pound interest calculations, press s. • If you can determine the values of percentage rates of change , or number of any entered values...
Operation Manual
Page 64
... digits. Example Key operation Pick a random number s . | 0 between 0 and 99 can be generated randomly by the display notation and the number of decimal places indicated, a displayed calculation result may differ from that the displayed value can be the same each number. By using the modify function (the 2nd function of the display, so that held internally. To generate further random numbers in the form designated by pressing . | 3 =. Example Key operation 5 ÷ 9 = ANS ANS × 9 = [FIX, TAB = 2] s 5 8 9 = x 9 = *1 5 8 9 = . Random...
... digits. Example Key operation Pick a random number s . | 0 between 0 and 99 can be generated randomly by the display notation and the number of decimal places indicated, a displayed calculation result may differ from that the displayed value can be the same each number. By using the modify function (the 2nd function of the display, so that held internally. To generate further random numbers in the form designated by pressing . | 3 =. Example Key operation 5 ÷ 9 = ANS ANS × 9 = [FIX, TAB = 2] s 5 8 9 = x 9 = *1 5 8 9 = . Random...
Operation Manual
Page 77
... for numeric values and 24 buffers for calculation instructions). • The number of a listed financial variable, pressing s, g, or y displays the first variable in the equation where the error occurred. Edit the equation or press s to the place in the function. Note: If an error occurs during the automatic calculation of entered cash flow and statistics data items combined exceeded 100. 76 Errors and Calculation Ranges Errors An error will...
... for numeric values and 24 buffers for calculation instructions). • The number of a listed financial variable, pressing s, g, or y displays the first variable in the equation where the error occurred. Edit the equation or press s to the place in the function. Note: If an error occurs during the automatic calculation of entered cash flow and statistics data items combined exceeded 100. 76 Errors and Calculation Ranges Errors An error will...
Operation Manual
Page 82
... of a memory value (2Y, etc.) 4. Do not use a mechani- fig. 1 cal pencil or any other calculation ending instructions 81 Implied multiplication of a ball-point pen fig. 3 or similar object. Turn the power off automatically if no key is pressed for about 10 minutes. Loosen the screw and remove the battery cover. (see fig. 4) • Make sure that the display appears as shown. Press the RESET switch located...
... of a memory value (2Y, etc.) 4. Do not use a mechani- fig. 1 cal pencil or any other calculation ending instructions 81 Implied multiplication of a ball-point pen fig. 3 or similar object. Turn the power off automatically if no key is pressed for about 10 minutes. Loosen the screw and remove the battery cover. (see fig. 4) • Make sure that the display appears as shown. Press the RESET switch located...
Operation Manual
Page 83
.... Specifications Calculations: Financial calculations General arithmetic calculations Scientific calculations Statistical calculations Calculation method: D.A.L. (Direct Algebraic Logic) Internal calculations: Mantissas of up to 14 digits Pending operations: 24 calculations, 10 numeric values Power source: Power consumption: 3.0 V ... (DC) Lithium battery (CR2032) × 1 0.0004 W Operating life: Approx. 5 years (with 1 hour of daily use) • May vary depending on the Internet at: http://sharp-world.com/calculator/ 82 Operating temperature: 0°C - 40...
.... Specifications Calculations: Financial calculations General arithmetic calculations Scientific calculations Statistical calculations Calculation method: D.A.L. (Direct Algebraic Logic) Internal calculations: Mantissas of up to 14 digits Pending operations: 24 calculations, 10 numeric values Power source: Power consumption: 3.0 V ... (DC) Lithium battery (CR2032) × 1 0.0004 W Operating life: Approx. 5 years (with 1 hour of daily use) • May vary depending on the Internet at: http://sharp-world.com/calculator/ 82 Operating temperature: 0°C - 40...