Texas Instruments Scientific TI-36 Solar

Tartalom

Table of Contents
Chapter 1:
Operating the
Calculator
Introduction
Turning the Calculator On and Off
Clearing the Calculator
[CE/C]-Clear Entry/Clear Key
lACl-All Clear Key
The Keyboard
[I NVl—Inverse Function Key
[2nd]—Second Function Key
[MODE]—Mode Key
The Display
Display Indicators
Display Formats
[2nd] [FD]—Floating-Decimal Notation Key Sequence
[2nd] [Sei]—Scientific Notation Key Sequence
[2nd] [Engl—Engineering Notation Key Sequence . . .
[2nd] [Fix]—Fixed-Decimal Key Sequence
Changing Display Formats
Data Entry Keys
[ 0 ]-[ 9 ]—Digit Keys
[. ]—Decimal Point Key
[+/-]—Change Sign Key
[2nd] [it]—Pi Key Sequence
[2nd] [Rnd]—Random Number Key Sequence
[ a ], [ b ]—a and b Data Keys
[EXP]—Exponent Entry Key
Memory Operations
[STO]—Store Key
[RCLl—Recall Key
[2nd] [EXC]—Exchange Key Sequence
[SUMl—Sum Key
AOS™ Algebraic Operating System
Purpose of AOS System
Algebraic Hierarchy
Pending Operations
Parentheses
[(],[) ]—Parenthesis Keys
Correcting Entry Errors
[CE/C]-Clear Entry/Clear Key
[2nd] [x5y]—x Exchange y Key Sequence
Correcting Numbers and Immediate Functions
Correcting Pending Operations
Arithmetic and Factorial Keys
[ + ],[-],[ x ],[ -r ],[ = ]—Arithmetic Keys
[2nd] Ix! 1—Factorial Key Sequence
M
1-2
1*3

Chapter 1: Reciprocals, Powers, and Roots 1-29
Operating the [1/x]-ReciprocalKey 1-29
Calculator lx2l-Square Key 1-29
(Continued) [2nd] IVx ]—Square Root Key Sequence 1-29
[2nd] RGc ]—Cube Root Key Sequence 1-29
[ yx ]-—Universal Power Key 1*30
[INV][y*]-Universal Root Key Sequence 1-31
Constant Calculations 1*32
Setting the Constant 1-32
Logarithmic Keys 1 • 33
[Inx], [log]—Logarithm Keys 1 • 33
[INV] [ Inx], [INV] [log]—Antilogarithm Key Sequences .1-33
Percentage Calculations 1*34
[2nd] [%]—Percent Key Sequence 1-34
Combinations 1*36
[2nd] [nCr]—Combination Key Sequence 1-36
Permutations 1*37
[2nd][nPr]—Permutation Key Sequence 1*37
Angle Mode Selection 1 • 38
Angle Units 1-38
[DRG]—Angle Mode Change Key 1-39
[2nd] [DRG >]—Angle Conversion Key Sequence 1 • 39
Trigonometric Functions 1 • 40
[sin], [cos], [tan]—Trig Keys 1-40
[INV] [sin], [INV] [cos], [IN V] [tan]—
Inverse Trig Key Sequences 1*40
Hyperbolic Functions 1 • 42
[hyp]—Hyperbolic Key 1-42
Polar/Rectangular Conversions 1 • 44
Coordinate Systems 1*44
[2nd] [P^R]—Polar to Rectangular Conversion
Key Sequence 1*45
[2nd] [R^P]—Rectangular to Polar Conversion
Key Sequence 1*45
Deg/Min/Sec and Decimal Degrees Conversions 1-48
Degrees, Minutes, and Seconds 1*48
Decimal Degrees 1 • 48
[2nd] [> DMS], [2nd] [^DDl-DMS and DD Conversion
Key Sequences 1*48
Number System Modes 1 • 50
[MODE] [DEC]—Decimal Mode Key Sequence 1-50
[MODE] [BIN]-Binary Mode Key Sequence 1-50
[MODE] [OCT]-Octal Mode Key Sequence 1-50
[MODE] [HEX]-Hexadecimal Mode Key Sequence. . . . 1-51
Two' s Complement 1*51
Number System Notations 1*51
(continued)
Table of Contents (Continued)
Chapter 1:
Operating the
Calculator
(Continued)
Chapter 2:
Calculator
Trigonometry
Performing Binary Calculations
Entering Binary Numbers
Performing Octal Calculations
Entering Octal Numbers
Performing Hexadecimal Calculations
Entering Hexadecimal Numbers
Performing Mixed-Mode Calculations
Complex Number Mode
[MODE] [CPLX]—Complex Number Mode
Key Sequence
Complex Numbers
Entering Complex Numbers
Complex Arithmetic
Statistics Mode
[MODE] [STAT]—Statistics Mode Key Sequence . .
Clearing the Statistical Registers
[I + ], [2nd] [I - ]—Data Entry and Removal Keys
[2nd] [ n ]—n Key Sequence
[2nd][lx]—Sum of x Key Sequence
[2nd] [ I x2 ]—Sum of Squares Key Sequence
[2nd] [ "x ]—Data Mean Key Sequence
[2nd] [On], [2nd] [On-i]—Standard Deviation
Key Sequences
Performing Statistical Calculations
Entering Statistical Data
Analyzing the Data
Normal Distribution Keys
Normal Distribution
Standard Normal Distribution
[2nd] [P(t)] —Normal Distribution Key Sequence .
[2nd] [R( t)]—Normal Distribution Key Sequence
[2nd] [Q( t)]—Normal Distribution Key Sequence
Introduction 2. i
Pythagorean Theorem 2.2
Distance Formula
Law of Sines
Law of Cosines
Trig and Land Area 2.
Everyday Trig
Catenaries
2
2
2-4
2-5
2-6
8
10
12
Chapter 3: Introduction 3-1
Physics and The Speed of Light 3*2
Engineering Constant Acceleration 3*4
Free Fall 3-6
Kinetic and Potential Energy 3*8
Circular Motion 3-9
Universal Gravitation 3*10
Work and Power 3*12
Vectors and Force 3*14
Conservation of Momentum 3*16
Energy and E = mc2 3*18
Simple Lenses 3-20
Gas Laws 3*21
Avogadro'sLaw 3*22
Radioactive Decay 3*24
Ohm's Law and Parallel Resistance 3*27
Alternating Current Circuits 3*28
Series Resonance Circuits 3*29
Chapter 4: Introduction 4-1
Probability and Selecting a Random Sample 4-2
Statistics Statistically Analyzing Data 4*4
Linear Regression 4*6
The Standard Normal Distribution 4*14
Chapter 5: Introduction 5-1
Appendixes Appendix A: Number Systems 5*2
Appendix B: Error Conditions 5-6
Appendix C: Accuracy Information 5*9
Appendix D: In Case of Difficulty 5-10
Appendix E: Suggestions from Customers 5-11
Appendix F: Service Information 5 • 12
Appendix G: One-Year Limited Warranty 5*16
AppendixH: Index 5*17

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