y = f(x): y = g(x): Graphing Window: X Min: X Max: X Grid Step (auto if 0): Y Min: Y Max: Y Grid Step (auto if 0): Plot Functions Clear Graph & Inputs How to Use This Graphing Calculator Enter Your Function(s): In the “y = f(x):” field, type your first mathematical function using […]
f(x) = g(x) = h(x) = Graph Range: X Min: X Max: Y Min: Y Max: Auto-scale Y-axis Plot Graph Clear All How to Use the Online Graphing Calculator Enter Your Function(s): Input your mathematical function(s) in the text fields labeled f(x)=, g(x)=, etc. Use x as the variable. Supported Operators: +, -, *, /,
a × 10 n Convert numbers to standard scientific notation (a × 10n), E-notation, engineering notation, and decimal form. Enter Number Number to Convert: Convert Clear All Conversion Results How to Use the Standard Form Calculator This calculator converts numbers into various standard and scientific notations, including standard form (a × 10n), E-notation, engineering notation,
Simplify Simplify fractions within fractions with detailed step-by-step solutions. Enter Complex Fraction Main Numerator Integer Simple Fraction Mixed Number Integer ± Fraction Fraction ± Fraction Main Denominator Integer Simple Fraction Mixed Number Integer ± Fraction Fraction ± Fraction Simplify Clear All Simplification Results Original: Result (Improper Fraction): Result (Mixed Number): Decimal Equivalent: Step-by-Step Solution How
0 DEG RAD INV HYP M MC MR M+ M- AC DEL 2nd x² x³ xʸ eˣ 10ˣ √ ∛ ʸ√x ln log x! sin cos tan ( ) ÷ π e 7 8 9 × 1/x % 4 5 6 – Ans Rand 1 2 3 + EE ± 0 . = How to
Select Problem Type: A is X older/younger than B. In Y years, A will be Z times B’s age.Sum/Difference of current ages is S. Y years ago/hence, A was/will be Z times B’s age.A is currently X times B’s age. In Y years, sum/difference of ages will be S.Ratio of current ages A:B is R1:R2.
10 x 1000 0.001 Convert numbers between Standard, Scientific, and Engineering notations. Number to Convert Precision (Coefficient Decimals) To Scientific To Standard To Engineering √ Square Root 1/x Reciprocal Clear Conversion Results Original Input: Standard Form: Scientific Notation: Engineering Notation: How to Use the Scientific Notation Converter 1. Entering Your Number In the “Number to
SF Identify and count significant figures in any number. View in multiple notations. Count Significant Figures Enter Number or Scientific Notation Count Sig Figs Clear Identification Result Original Input: Decimal Notation: No. of Significant Figures: No. of Decimals: Scientific Notation (a×10b): E Notation: Significant Digits (in input): How to Use the Significant Figures Counter This
12.345 12.35 SF Round Round numbers to a specified number of significant figures (sig figs). Round to Significant Figures Number to Round Number of Significant Figures to Round To Round Clear Rounding Analysis Original Number Input: Significant Figures (Original): Rounded Result Target Sig Figs for Rounding: Decimal Notation: No. of Significant Figures (Rounded): No. of
4 8 1 2 Reduce fractions and mixed numbers to their simplest form (lowest terms). Enter Fraction or Mixed Number Simple Fraction (N/D) Mixed Number (W N/D) Simplify Clear All Simplification Results Original: Simplified (Improper Fraction): Simplified (Mixed Number): Decimal Equivalent: Step-by-Step Solution How to Use the Simplifying Fractions Calculator This calculator helps you reduce
