SheetsHow to Use the GAUSS and PHI Functions in Google Sheets to Calculate Standard Normal Probabilities
When conducting statistical modelling or risk assessment in Google Sheets, analysts frequently work with Gaussian...
SheetsHow to Use the FISHER and FISHERINV Functions in Google Sheets for Correlation Hypothesis Testing
When calculating correlation coefficients between two variables using functions like CORREL or PEARSON in Google...
SheetsHow to Use the RSQ and STEYX Functions in Google Sheets to Evaluate Regression Models and Prediction Error
When constructing linear regression models or forecasting trends in Google Sheets, generating a trendline or...
SheetsHow to Use the SKEW and KURT Functions in Google Sheets to Analyse Dataset Asymmetry and Tail Risk
When analysing numerical datasets in Google Sheets, relying solely on summary metrics like the mean...
SheetsHow to Use the GAMMA.DIST and GAMMA.INV Functions in Google Sheets for Gamma Probability Distributions
When analysing waiting times between consecutive Poisson arrivals, aggregate insurance claim severities, or operational queue...
SheetsHow to Use the LOGNORM.DIST and LOGNORM.INV Functions in Google Sheets for Lognormal Distributions
In financial engineering, wealth economics, and operational risk analysis, many real-world variables—such as stock prices,...
SheetsHow to Use the BETA.DIST and BETA.INV Functions in Google Sheets for Beta Probability Distributions
When modelling probabilities, failure rates, customer conversion percentages, or project completion durations in Program Evaluation...
SheetsHow to Use the T.DIST, T.DIST.2T, and T.INV Functions in Google Sheets for Student’s t-Distribution Analysis
When conducting statistical hypothesis testing on small sample sizes ($n < 30$) or when the...
SheetsHow to Use the F.DIST, F.DIST.RT, and F.INV Functions in Google Sheets for Variance Ratio and ANOVA Analysis
When comparing dataset variations, running Analysis of Variance (ANOVA) tests, or determining whether two independent...
SheetsHow to Use the BESSELI, BESSELJ, BESSELK, and BESSELY Functions in Google Sheets for Engineering Wave Calculations
Engineering calculations involving wave propagation through optical fibres, heat diffusion within cylindrical rods, electromagnetic radar...
SheetsHow to Use the ROMAN and ARABIC Functions in Google Sheets to Convert Between Roman and Standard Numerals
Formatting outline hierarchies, legal clause numbers, copyright publication dates, or periodic table groups frequently requires...
SheetsHow to Use the BIN2DEC, DEC2BIN, and HEX2DEC Functions in Google Sheets for Base Number Conversions
Working with computer systems, microcontrollers, networking masks, or digital hardware requires converting numbers between binary...
SheetsHow to Use the COMPLEX, IMREAL, and IMAGINARY Functions in Google Sheets for Engineering and Complex Numbers
Google Sheets provides built-in engineering formulas designed to manage complex numbers comprising real and imaginary...
SheetsHow to Use the AMORLINC and AMORDEGRC Functions in Google Sheets for French Accounting Depreciation
Corporate financial accountants working with French GAAP (Plan Comptable Général), European holding entities, or cross-border...
SheetsHow to Use the ODDLPRICE and ODDLYIELD Functions in Google Sheets for Bonds with Irregular Last Periods
While most debt securities feature regular, synchronized coupon distributions until contractual maturity, financial institutions frequently...
SheetsHow to Use the ODDFPRICE and ODDFYIELD Functions in Google Sheets for Bonds with Irregular First Periods
When debt securities—such as corporate notes, infrastructure bonds, or municipal obligations—are newly issued, the duration...
SheetsHow to Use the DOLLARDE and DOLLARFR Functions in Google Sheets to Convert Fractional Security Prices
In global fixed-income and commodities markets, securities—such as US Treasury notes, Eurodollar futures contracts, and...