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General| Type | Scientific |
|---|---|
| Cover | No |
| Form factor | |
| Control type | Buttons |
| Keys quantity | 48 keys |
| Product color | Black, Green |
| Housing material | Plastic |
| Battery type | AAA |
| Power source | Battery |
| Number of batteries supported | 1 |
| Symbolic notation | Fraction |
| Random number/integer generator | Yes |
| Maximum number of pending operations | 9 |
| Package type | Box |
| Digits | 10 digits |
| Display type | LCD |
| Display number of lines | 2 lines |
Weight and Dimensions| Depth | 15 mm |
|---|---|
| Width | 80 mm |
| Height | 161 mm |
| Weight | 115 g |
Overview of calculator buttons and their functions.
How to reset the calculator and understand display indicators.
Options for floating, fixed, scientific, and engineering notation.
How scientific notation is displayed using mantissa and exponent.
Switching between Degrees, Radians, and Grads for angle measurements.
Turning the calculator on/off and correcting input errors.
Using numeric, decimal, minus, pi, and scientific notation entry keys.
Generating random numbers for various simulations and sampling.
Controls calculation rounding by using displayed values internally.
Standard operators (+, -, x, ÷) and grouping for calculation precedence.
Performing calculations involving percentages in various ways.
Calculating inverse, powers (yx), square roots, cube roots, and xth roots.
Using 10^x, common log (log), and base-a log (log_a x) functions.
Calculating e^x and natural logarithm (ln) functions.
Calculating the factorial of a number (n!).
Calculating nPr (orderings) and nCr (selections).
Converting between sexagesimal (D°M'S) and decimal formats.
Inputting and processing proper, improper, and mixed fractions.
Storing, recalling, and using memory registers for calculations.
Accessing the result of the previous calculation.
Storing custom functions for quick access via D1-D4 keys.
Calculating the absolute value of a given number.
Calculating sine, cosine, and tangent of angles.
Determining angles from ratios using inverse trig functions.
Introduction to hyperbolic and arc hyperbolic functions.
Converting between rectangular and polar coordinate systems.
Performing conversions and arithmetic in various number bases.
Entering and managing data for statistical analysis.
Performing calculations for single-variable data sets.
Methods for correcting, deleting, or adding data sets.
Performing calculations for two-variable data sets.
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