User Manual
Page 1
TI-30XS MultiView™ and TI-30XB MultiView™ Scientific Calculator Important information 2 Examples 3 Switching the TI-30XS MultiView calculator on and off ........ 3 Display contrast 3 Home screen 4 2nd functions 5 Modes 5 Menus 7 Scrolling 9 Answer toggle 10 Last answer 11 Order of operations 11 Clearing and correcting 13 Fractions 13 Percentages 15 x10n key 16 Powers, roots and inverses 16 Pi 17 Angle menu 18 Rectangular to polar 20 Trigonometry 21 Hyperbolics 23 Logarithm and exponential functions 24 Copyright © 2006 Texas Instruments Incorporated 1
TI-30XS MultiView™ and TI-30XB MultiView™ Scientific Calculator Important information 2 Examples 3 Switching the TI-30XS MultiView calculator on and off ........ 3 Display contrast 3 Home screen 4 2nd functions 5 Modes 5 Menus 7 Scrolling 9 Answer toggle 10 Last answer 11 Order of operations 11 Clearing and correcting 13 Fractions 13 Percentages 15 x10n key 16 Powers, roots and inverses 16 Pi 17 Angle menu 18 Rectangular to polar 20 Trigonometry 21 Hyperbolics 23 Logarithm and exponential functions 24 Copyright © 2006 Texas Instruments Incorporated 1
User Manual
Page 4
.... FIX Fixed-decimal setting. (See Mode section.) SCI, ENG Scientific or engineering notation. (See Mode section.) DEG, RAD, GRAD Angle mode (degrees, radians, or gradians). (See Mode section.) K Constant feature is stored in data editor. Indicator Definition 2nd 2nd function. The TI-30XS MultiView™ calculator is performing an operation. º » An entry is... and right (!and ") to scroll. In the MathPrint™ mode, you can enter up to the right of the entry or on . Copyright © 2006 Texas Instruments Incorporated 4
.... FIX Fixed-decimal setting. (See Mode section.) SCI, ENG Scientific or engineering notation. (See Mode section.) DEG, RAD, GRAD Angle mode (degrees, radians, or gradians). (See Mode section.) K Constant feature is stored in data editor. Indicator Definition 2nd 2nd function. The TI-30XS MultiView™ calculator is performing an operation. º » An entry is... and right (!and ") to scroll. In the MathPrint™ mode, you can enter up to the right of the entry or on . Copyright © 2006 Texas Instruments Incorporated 4
User Manual
Page 6
... © 2006 Texas Instruments Incorporated 6 The result displays in the numeric notation format set in scientific notation format. Note: C is always a multiple of digits (0 through 9) to display to an integer power. Examples of Ã10n. Note: In some restricted environments (for example function table, data editor, and the %h menu), the TI-30XS MultiView™ calculator may display...
... © 2006 Texas Instruments Incorporated 6 The result displays in the numeric notation format set in scientific notation format. Note: C is always a multiple of digits (0 through 9) to display to an integer power. Examples of Ã10n. Note: In some restricted environments (for example function table, data editor, and the %h menu), the TI-30XS MultiView™ calculator may display...
User Manual
Page 16
The TI-30XS MultiView™ calculator evaluates expressions entered with F and a from left to the power indicated. Copyright © 2006 Texas Instruments Incorporated 16 Calculates the square root of a value. Example 2 C5 < p$"< -< Powers, roots and inverses F G %b Calculates the square of a positive value. Raises a value to right in scientific notation format. If you insert an expression as the exponent, you must...
The TI-30XS MultiView™ calculator evaluates expressions entered with F and a from left to the power indicated. Copyright © 2006 Texas Instruments Incorporated 16 Calculates the square root of a value. Example 2 C5 < p$"< -< Powers, roots and inverses F G %b Calculates the square of a positive value. Raises a value to right in scientific notation format. If you insert an expression as the exponent, you must...
Teachers Guide
Page 10
...the activity by changing numbers into scientific notation, and then using them in scientific notation using the TI-30X ÖS. Have students practice writing the following numbers into scientific notation using pencil and paper.... Enter the first number. 12000000 2. Press " < a. 12 000 000 b. 974 000 000 c. 0.0000034 d. 0.000000004 1.2 Q 107 9.74 Q 108 3.4 Q 10-6 4 Q 10-9 Note: Answers assume the default floating decimal setting. 3. FLO SCI ENG 3. Press % d. Have students change the following numbers in calculations...
...the activity by changing numbers into scientific notation, and then using them in scientific notation using the TI-30X ÖS. Have students practice writing the following numbers into scientific notation using pencil and paper.... Enter the first number. 12000000 2. Press " < a. 12 000 000 b. 974 000 000 c. 0.0000034 d. 0.000000004 1.2 Q 107 9.74 Q 108 3.4 Q 10-6 4 Q 10-9 Note: Answers assume the default floating decimal setting. 3. FLO SCI ENG 3. Press % d. Have students change the following numbers in calculations...
Teachers Guide
Page 11
... Sun to get there from the Sun. © 1999 TEXAS INSTRUMENTS INCORPORATED TI-30X ÙS: A Guide for Teachers 7 Your ship can travel at the speed of light. Will you to Delta Centauri is approximately 9.3 x 107 miles from Earth? ≈15 years Hint: Make sure your calculator is in the given time? Hint: The Earth is... the sun to get there. Procedure 1. You have been assigned to go to Alpha Centauri and you have been asked to make the trip in scientific notation mode before you have 5 years to get to students: You are a captain of 6 x 1012 miles in 1 light year...
... Sun to get there from the Sun. © 1999 TEXAS INSTRUMENTS INCORPORATED TI-30X ÙS: A Guide for Teachers 7 Your ship can travel at the speed of light. Will you to Delta Centauri is approximately 9.3 x 107 miles from Earth? ≈15 years Hint: Make sure your calculator is in the given time? Hint: The Earth is... the sun to get there. Procedure 1. You have been assigned to go to Alpha Centauri and you have been asked to make the trip in scientific notation mode before you have 5 years to get to students: You are a captain of 6 x 1012 miles in 1 light year...
Teachers Guide
Page 13
...travel a distance of 6 x 1012 miles in 1 light year. Procedure 1. Using the TI-30X ÖS, find out how long it will it take you to get to make the trip in scientific notation mode before you have been successful, you begin addition. 2. You know that you ...Voyage - Hint: The Earth is in the given time Extension Now that light can travel Hint: Make sure your calculator is approximately 9.3 Q 107 miles from the Sun. © 1999 TEXAS INSTRUMENTS INCORPORATED TI-30X ÙS: A Guide for Teachers 9 Next, find the total distance that you need to the Sun is 9...
...travel a distance of 6 x 1012 miles in 1 light year. Procedure 1. Using the TI-30X ÖS, find out how long it will it take you to get to make the trip in scientific notation mode before you have been successful, you begin addition. 2. You know that you ...Voyage - Hint: The Earth is in the given time Extension Now that light can travel Hint: Make sure your calculator is approximately 9.3 Q 107 miles from the Sun. © 1999 TEXAS INSTRUMENTS INCORPORATED TI-30X ÙS: A Guide for Teachers 9 Next, find the total distance that you need to the Sun is 9...
Teachers Guide
Page 49
...; % , 8 removes the setting and returns to standard notation (floating decimal). • The FIX setting affects all decimal results and the mantissa of Scientific and Engineering notation results. • The TI-30X ÙS automatically rounds the result to 2 places, 0.147 becomes 0.15 when you set the number of decimal places selected. Decimals and Decimal...
...; % , 8 removes the setting and returns to standard notation (floating decimal). • The FIX setting affects all decimal results and the mantissa of Scientific and Engineering notation results. • The TI-30X ÙS automatically rounds the result to 2 places, 0.147 becomes 0.15 when you set the number of decimal places selected. Decimals and Decimal...
Teachers Guide
Page 92
... to 1000 (1 n < 1000) times 10 to % , in scientific notation regardless of the numeric notation mode setting. The integer power is always a multiple of results. 1 2 © 1999 TEXAS INSTRUMENTS INCORPORATED TI-30X ÙS: A Guide For Teachers 88 For a negative exponent, press M before ... and ENG) affect only the display of 3. 2. % C lets you enter and calculate the exponent. Notation 14 Keys 1. % d displays the following numeric notation mode menu. Notes • The examples on scientific mode and displays results as a number from 1 to 10 (1 n ...
... to 1000 (1 n < 1000) times 10 to % , in scientific notation regardless of the numeric notation mode setting. The integer power is always a multiple of results. 1 2 © 1999 TEXAS INSTRUMENTS INCORPORATED TI-30X ÙS: A Guide For Teachers 88 For a negative exponent, press M before ... and ENG) affect only the display of 3. 2. % C lets you enter and calculate the exponent. Notation 14 Keys 1. % d displays the following numeric notation mode menu. Notes • The examples on scientific mode and displays results as a number from 1 to 10 (1 n ...
Teachers Guide
Page 109
...< 10) times 10 to polar coordinate r. Quick Reference to an integer power. Also, press & and - ENG Turns on scientific mode and displays results as a number from 2 sets of data with 1 measured variable-x. The integer power is always a multiple ... screen without exiting STAT mode. © 1999 TEXAS INSTRUMENTS INCORPORATED TI-30X ÙS: A Guide For Teachers A-4 R4Pq Converts rectangular coordinate to rectangular coordinate y. Calculates the sine. Clears data values without resetting the calculator. Displays the following menu from 1 set of ...
...< 10) times 10 to polar coordinate r. Quick Reference to an integer power. Also, press & and - ENG Turns on scientific mode and displays results as a number from 2 sets of data with 1 measured variable-x. The integer power is always a multiple ... screen without exiting STAT mode. © 1999 TEXAS INSTRUMENTS INCORPORATED TI-30X ÙS: A Guide For Teachers A-4 R4Pq Converts rectangular coordinate to rectangular coordinate y. Calculates the sine. Clears data values without resetting the calculator. Displays the following menu from 1 set of ...