User Guide
Page 17
... Math format is selected. • Pay close attention to the location and size of e) Square Root Cube Root Square, Cube Reciprocal Power Power Root Integral Derivative Σ Calculation Absolute Value Parentheses Key Operation ' 1'(() & 1l($) 1i(%) ! 1!(#) w, 1w(x3) E 6 16(") 7 17(F) 1&(8) 1w(Abs) ( or ) Bytes 9 13 6 4 4 4 9 4 5 4 9 8 6 8 4 1 Math Format Input Examples • The following operations...
... Math format is selected. • Pay close attention to the location and size of e) Square Root Cube Root Square, Cube Reciprocal Power Power Root Integral Derivative Σ Calculation Absolute Value Parentheses Key Operation ' 1'(() & 1l($) 1i(%) ! 1!(#) w, 1w(x3) E 6 16(") 7 17(F) 1&(8) 1w(Abs) ( or ) Bytes 9 13 6 4 4 4 9 4 5 4 9 8 6 8 4 1 Math Format Input Examples • The following operations...
User Guide
Page 19
...whether you can also incorporate values into the following functions. 1l($), 1i(%), !, 6, 1!(#), 1w(Abs) Displaying Calculation Results in a form that includes π within irrational number display) display conditions are the same as those ...Pressing 1= after inputting a calculation displays the result using decimal values. Example 1: '2 +'8 = 3'2 MATH Math 1 !2e+!8= Math 2 !2e+!81= E-17 Original Expression: Function Key Operation Integral 7 Resulting Expression Derivative 17(F) Σ Calculation 1&(8) You can specify whether calculation results should be displayed in...
...whether you can also incorporate values into the following functions. 1l($), 1i(%), !, 6, 1!(#), 1w(Abs) Displaying Calculation Results in a form that includes π within irrational number display) display conditions are the same as those ...Pressing 1= after inputting a calculation displays the result using decimal values. Example 1: '2 +'8 = 3'2 MATH Math 1 !2e+!8= Math 2 !2e+!81= E-17 Original Expression: Function Key Operation Integral 7 Resulting Expression Derivative 17(F) Σ Calculation 1&(8) You can specify whether calculation results should be displayed in...
User Guide
Page 31
...When the variable specification ",X" is omitted, the equation Y = X × log2Y is solved for X. You can use SOLVE in the COMP Mode (N1) only. Appendix Calculate an +1 = an + 2n (a1 = 1) as XY + C = 0.) • SOLVE cannot be used to a2. *6 Value of a3 *8 Value of a5 ...1 to a1. *3 Value of a2 *5 Assigns 2 to n. *7 Value of a4 *2 Assigns 1 to n. *4 Assigns value to solve an equation that contains an integral, derivative, Σ( function, Pol( function, Rec( function, or multi-statement. s (or=) 10= • To exit CALC, press A. • If the expression you specify ...
...When the variable specification ",X" is omitted, the equation Y = X × log2Y is solved for X. You can use SOLVE in the COMP Mode (N1) only. Appendix Calculate an +1 = an + 2n (a1 = 1) as XY + C = 0.) • SOLVE cannot be used to a2. *6 Value of a3 *8 Value of a5 ...1 to a1. *3 Value of a2 *5 Assigns 2 to n. *7 Value of a4 *2 Assigns 1 to n. *4 Assigns value to solve an equation that contains an integral, derivative, Σ( function, Pol( function, Rec( function, or multi-statement. s (or=) 10= • To exit CALC, press A. • If the expression you specify ...
User Guide
Page 38
... Math format. • Inaccurate results and errors can be caused by approximating the derivative based on centered difference approximation. Appendix Determine f '( π ) when f(x) = sin(x) 2 (tol specification omitted.) d (3x2 - 5x + 2, 2, 1×10-12) = 7 dx E-36 k Differential Calculations Your calculator performs differential calculations by the following : - inclusion of the inflection point in x values - discontinuous points in...
... Math format. • Inaccurate results and errors can be caused by approximating the derivative based on centered difference approximation. Appendix Determine f '( π ) when f(x) = sin(x) 2 (tol specification omitted.) d (3x2 - 5x + 2, 2, 1×10-12) = 7 dx E-36 k Differential Calculations Your calculator performs differential calculations by the following : - inclusion of the inflection point in x values - discontinuous points in...
User Guide
Page 63
... are all treated as values (the current variable assigned to the variable or stored in independent memory). • Only variable X can specify either values or calculation expressions (which must produce a numeric result) for Start, End, and Step. • Specifying an End value that produces more than the Start value causes...press =. • Pressing the A key returns to be used for value input. • You can be used as the variable of a function. • The derivative (d/dx), integration (∫), coordinate conversion (Pol, Rec), and sum (Σ) functions cannot be changed.
... are all treated as values (the current variable assigned to the variable or stored in independent memory). • Only variable X can specify either values or calculation expressions (which must produce a numeric result) for Start, End, and Step. • Specifying an End value that produces more than the Start value causes...press =. • Pressing the A key returns to be used for value input. • You can be used as the variable of a function. • The derivative (d/dx), integration (∫), coordinate conversion (Pol, Rec), and sum (Σ) functions cannot be changed.