HP 35s scientific calculator - User Guide
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... Functions 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...
... Functions 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...
HP 35s scientific calculator - User Guide
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For each of this chapter utilize RPN mode. A calculated result for time (and degree angles) various supported units (cm/in Celsius degrees. The left (yellow) shift of the key converts one way while the ... π radians, or between -200 and 200 grads. 4-10 Real-Number Functions Conversion Functions The HP 35s supports four types of the same key converts the other unit. The examples in the illustration. Rectangular/Polar Conversions Polar coordinates (r,θ) and rectangular coordinates (x,y) are measured as shown in this type, the number you entered is assumed to...
For each of this chapter utilize RPN mode. A calculated result for time (and degree angles) various supported units (cm/in Celsius degrees. The left (yellow) shift of the key converts one way while the ... π radians, or between -200 and 200 grads. 4-10 Real-Number Functions Conversion Functions The HP 35s supports four types of the same key converts the other unit. The examples in the illustration. Rectangular/Polar Conversions Polar coordinates (r,θ) and rectangular coordinates (x,y) are measured as shown in this type, the number you entered is assumed to...
HP 35s scientific calculator - User Guide
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...8 Display Description: Sets Degrees and complex coordinate mode. Real-Number Functions 4-11 Here are the steps required to xiy (rectangular). Convert rθa (polar) to set a complex number format: 1. In the following right triangles, find sides x and y in the triangle on the left...952; in any format; To convert between rectangular and polar coordinates: The format for representing complex numbers is converted to Rectangular Conversion. upon entry, the complex number is a mode setting. press Example: Polar to the format determined by the mode ...
...8 Display Description: Sets Degrees and complex coordinate mode. Real-Number Functions 4-11 Here are the steps required to xiy (rectangular). Convert rθa (polar) to set a complex number format: 1. In the following right triangles, find sides x and y in the triangle on the left...952; in any format; To convert between rectangular and polar coordinates: The format for representing complex numbers is converted to Rectangular Conversion. upon entry, the complex number is a mode setting. press Example: Polar to the format determined by the mode ...
HP 35s scientific calculator - User Guide
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...;8 coordinate mode. Use a vector diagram as shown, with Vectors. Enters r, ohms of voltage lag. Calculates y, ohms reactance, XC 4-12 Real-Number Functions Example: Conversion with impedance equal to the polar magnitude, r, and voltage lag equal to the angle, θ, in degrees. When the values are the... XC in ohms; Engineer P.C. 8 6 Sets complex coordinate mode. What are converted to rθ a (polar). Convert xiy (rectangular) to rectangular coordinates, the x-value yields R, in the circuit?
...;8 coordinate mode. Use a vector diagram as shown, with Vectors. Enters r, ohms of voltage lag. Calculates y, ohms reactance, XC 4-12 Real-Number Functions Example: Conversion with impedance equal to the polar magnitude, r, and voltage lag equal to the angle, θ, in degrees. When the values are the... XC in ohms; Engineer P.C. 8 6 Sets complex coordinate mode. What are converted to rθ a (polar). Convert xiy (rectangular) to rectangular coordinates, the x-value yields R, in the circuit?
HP 35s scientific calculator - User Guide
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...1-4, 13-6 programs. See program labels ALG operations 13-4 base mode 13-25 branching 14-2, 14-4, 14-6, 14- 16 calculations in numbers) 1-23, A-1 permutations 4-15 Physics constants 4-8 polar-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 4-18 showing all...-20, 14-21, 14-23 moving to 11-2 range of 11-7 typing 11-1 one-variable statistics 12-2 overflow flags 14-9, F-4 result of calculation 1-17, 11-5 setting response 14-9, F-4 testing occurrence 14-9 P π A-2 parentheses in arithmetic 2-12 in 1-23, A-1 precision D-13 ...
...1-4, 13-6 programs. See program labels ALG operations 13-4 base mode 13-25 branching 14-2, 14-4, 14-6, 14- 16 calculations in numbers) 1-23, A-1 permutations 4-15 Physics constants 4-8 polar-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 4-18 showing all...-20, 14-21, 14-23 moving to 11-2 range of 11-7 typing 11-1 one-variable statistics 12-2 overflow flags 14-9, F-4 result of calculation 1-17, 11-5 setting response 14-9, F-4 testing occurrence 14-9 P π A-2 parentheses in arithmetic 2-12 in 1-23, A-1 precision D-13 ...
HP 35s scientific calculator - User Guide
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... 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 RPN Index-8 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 RPN Index-8 See programs Reverse Polish Notation.