HP 35s scientific calculator - User Guide
Page 5
... 4-1 Quotient and Remainder of Division 4-2 Power Functions 4-2 Trigonometry 4-3 Entering 4-3 Setting the Angular Mode 4-4 Trigonometric Functions 4-4 Hyperbolic Functions 4-6 Percentage Functions 4-6 Physics Constants 4-8 Conversion Functions 4-10 Rectangular/Polar Conversions 4-10 Time Conversions 4-13 Angle Conversions 4-13 Unit Conversions 4-14 Probability Functions 4-15 Factorial 4-15 Gamma 4-15 Probability 4-15 Parts of Numbers 4-16 Contents 3 Using the MEM Catalog 3-4 The VAR...
... 4-1 Quotient and Remainder of Division 4-2 Power Functions 4-2 Trigonometry 4-3 Entering 4-3 Setting the Angular Mode 4-4 Trigonometric Functions 4-4 Hyperbolic Functions 4-6 Percentage Functions 4-6 Physics Constants 4-8 Conversion Functions 4-10 Rectangular/Polar Conversions 4-10 Time Conversions 4-13 Angle Conversions 4-13 Unit Conversions 4-14 Probability Functions 4-15 Factorial 4-15 Gamma 4-15 Probability 4-15 Parts of Numbers 4-16 Contents 3 Using the MEM Catalog 3-4 The VAR...
HP 35s scientific calculator - User Guide
Page 84
...The angle θ uses units set by the current angular mode. A calculated result for time (and degree angles) various supported units (cm/in Celsius degrees. The examples in the illustration. Conversion Functions The HP 35s supports four types of the same key converts the other unit. In ...ALG mode, enter the function first, then the number to be a temperature measured in , kg/lb, etc) With the exception of the rectangular and polar conversions, each of this...
...The angle θ uses units set by the current angular mode. A calculated result for time (and degree angles) various supported units (cm/in Celsius degrees. The examples in the illustration. Conversion Functions The HP 35s supports four types of the same key converts the other unit. In ...ALG mode, enter the function first, then the number to be a temperature measured in , kg/lb, etc) With the exception of the rectangular and polar conversions, each of this...
HP 35s scientific calculator - User Guide
Page 85
... by the mode setting. To convert between rectangular and polar coordinates: The format for representing complex numbers is converted to set a complex number format: 1. Input your desired coordinate value (x 6 y, x y 6 or r ?a) 3. upon entry, the complex number is a mode setting. Convert rθa (polar) to Rectangular Conversion. You may also choose 2. press Example...
... by the mode setting. To convert between rectangular and polar coordinates: The format for representing complex numbers is converted to set a complex number format: 1. Input your desired coordinate value (x 6 y, x y 6 or r ?a) 3. upon entry, the complex number is a mode setting. Convert rθa (polar) to Rectangular Conversion. You may also choose 2. press Example...
HP 35s scientific calculator - User Guide
Page 86
...: Description: Sets Degrees and complex ¹8 coordinate mode. Enters θ, degrees of voltage lag. Example: Conversion with impedance equal to the polar magnitude, r, and voltage lag equal to rθ a (polar). Calculates y, ohms reactance, XC 4-12 Real-Number Functions Convert xiy (rectangular) to the angle, θ, in ohms; Engineer P.C. the y-value yields XC , in the RC...
...: Description: Sets Degrees and complex ¹8 coordinate mode. Enters θ, degrees of voltage lag. Example: Conversion with impedance equal to the polar magnitude, r, and voltage lag equal to rθ a (polar). Calculates y, ohms reactance, XC 4-12 Real-Number Functions Convert xiy (rectangular) to the angle, θ, in ohms; Engineer P.C. the y-value yields XC , in the RC...
HP 35s scientific calculator - User Guide
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...13-4, 13-6 executing 13-10 indirect addressing 14-20, 14-21, 14-23 moving to -rectangular coordinate conversion 4-10, 9-5 poles of 1-17, 11-7 real 4-1 recalling 3-2 reusing 2-6, 2-10 rounding...17-1 percentage functions 4-6 periods (in numbers) 1-23, A-1 permutations 4-15 Physics constants 4-8 polar-to 13-22 purpose 13-4 typing name 1-3 viewing 13-22 program lines. See programs program ...operations 13-4 base mode 13-25 branching 14-2, 14-4, 14-6, 14- 16 calculations in 13-13 calling routines 14-1, 14-2 catalog of calculation 1-17, 11-5 setting response 14-9, F-4 testing occurrence 14-9 P π ...
...13-4, 13-6 executing 13-10 indirect addressing 14-20, 14-21, 14-23 moving to -rectangular coordinate conversion 4-10, 9-5 poles of 1-17, 11-7 real 4-1 recalling 3-2 reusing 2-6, 2-10 rounding...17-1 percentage functions 4-6 periods (in numbers) 1-23, A-1 permutations 4-15 Physics constants 4-8 polar-to 13-22 purpose 13-4 typing name 1-3 viewing 13-22 program lines. See programs program ...operations 13-4 base mode 13-25 branching 14-2, 14-4, 14-6, 14- 16 calculations in 13-13 calling routines 14-1, 14-2 catalog of calculation 1-17, 11-5 setting response 14-9, F-4 testing occurrence 14-9 P π ...
HP 35s scientific calculator - User Guide
Page 378
... 4-4 angle units A-2 converting to degrees 4-14 radix mark A-1 random numbers 4-15, B-4 RCL 3-2, 13-14 RCL arithmetic 3-7 real numbers operations 4-1 real part (complex numbers) 9-1 recall arithmetic 3-7 rectangular-to-polar coordinate conversion 4-10, 9-5 regression (linear) 12-7, 16-1 resetting the calculator A-4, B-2 return (program). See programs Reverse Polish Notation.
... 4-4 angle units A-2 converting to degrees 4-14 radix mark A-1 random numbers 4-15, B-4 RCL 3-2, 13-14 RCL arithmetic 3-7 real numbers operations 4-1 real part (complex numbers) 9-1 recall arithmetic 3-7 rectangular-to-polar coordinate conversion 4-10, 9-5 regression (linear) 12-7, 16-1 resetting the calculator A-4, B-2 return (program). See programs Reverse Polish Notation.