P-Hat Calculator

Provided byOmni Calculatoromnicalculator.com

Use this p-hat calculator to determine the sample proportion according to the number of occurrences of an event and t...

Use This Tool

Probability theory and odds calculators

Screenshot of P-Hat Calculator on Omni Calculator — omnicalculator.comOpen the live tool →

About this tool

Use this p-hat calculator to determine the sample proportion according to the number of occurrences of an event and the sample size.

Keep Exploring

Similar tools

Based on shared tags

Bayes' Theorem Calculator6 options

Its Bayes Theorem Calculator lets users enter prior probability, sensitivity, and false-positive rate to compute posterior probability. The interface is straightforward and focused on conditional probability use cases such as diagnostic testing. The tool is freely accessible with no mandatory subscription.

6 options📈 Statistics

Random number generator5 options

Generates random numbers in both integer and decimal formats. The tool provides two separate generators, allowing users to specify a custom minimum and maximum range for their desired output. It supports generating high-precision floating-point numbers as well as whole-number integers within the defined boundaries. Students, researchers, statisticians, and educators use this resource whenever they require statistically reliable random data points. Whether simulating experimental outcomes, populating test datasets, or conducting probability modeling, the precise control over the number type and range ensures accurate results for academic and professional work.

5 options📈 Statistics

Bertrand's Paradox4 options

Demonstrates Bertrand's paradox through an interactive GeoGebra activity that explores multiple methods of generating random chords within a circle. The tool allows users to visually compare different probability outcomes based on various underlying sampling assumptions. By simulating how different approaches define "randomness," it makes the complex statistical concepts involved in the paradox easy to examine directly in the browser environment. Students and educators utilize this resource to understand fundamental concepts of probability and geometric statistics. It provides a hands-on way to see why seemingly simple questions can yield dramatically different answers depending on the precise assumptions made regarding data collection or physical constraints. Users gain insight into the critical nature of defining sample spaces when calculating probabilities in real-world scenarios.

4 options📈 Statistics

Combination Calculator2 options

The combination calculator provides a quick and easy way to determine the number of possible combinations for a set of items, given a specific subset size. Ideal for students, teachers, and anyone involved in statistics or probability, this tool simplifies complex calculations, saving time and reducing errors. By inputting the total number of items and the desired subset size, users receive an accurate count of all unique combinations, making it a valuable resource for educational purposes and practical applications alike.

2 options📈 Statistics

Probability Calculator3 options

Calculates probabilities for various statistical scenarios, including determining the likelihood of multiple events occurring together. The tool supports calculating probabilities for two distinct events and also handles calculations related to normal distributions. Users can explore different types of probabilities through the interface, gaining a better understanding of core statistical concepts needed for analysis. Students, data analysts, researchers, and anyone studying statistics finds this calculator useful. It provides an accessible way to model theoretical probability problems without needing advanced software. By accurately calculating expected outcomes and understanding distribution curves, users can validate hypotheses or solve complex quantitative problems in fields ranging from science to finance.

3 options📈 Statistics

Bertrand's Box Paradox4 options

ToolDone offers a dedicated Bertrand's Box Paradox calculator that computes conditional probability for the classic box setup. It includes selectable scenarios and Monte Carlo simulation options to compare theoretical and empirical results. The tool is publicly accessible on the site with no mandatory paid plan.

4 options📈 Statistics