# Levers Calculator

> Mechanical Level Calculator

Canonical page: [https://chrome-stats.com/d/id1407649565](https://chrome-stats.com/d/id1407649565)

## Overview

- **ID:** `id1407649565`
- **Platform:** Apple
- **Type:** Apple app
- **Status:** Available
- **Publisher:** Nitrio
- **Category:** Productivity
- **Rating:** 4.50 / 5 (2 ratings)
- **Version:** 1.3
- **Last updated:** 2026-02-23
- **First published:** 2018-07-28
- **Size:** 892 KB
- **Data as of:** 2026-09-20
- **Store listing:** [Apple App Store](https://apps.apple.com/us/app/levers-calculator/id1407649565)
- **Website:** [http://www.nitrio.com](http://www.nitrio.com/)
- **Privacy policy:** [http://www.nitrio.com/privacy-policy/](http://www.nitrio.com/privacy-policy/)

## Description

The Levers Calculator is a physics/math calculator designed for quick and easy determination of effort force, load force, distance from load force to fulcrum, distance from effort force to fulcrum, or Mechanical Advantage.

Features:
- Instant calculation.
- Results are copyable to other apps.
- Formulas included as references.
- Supports up to 16 decimal places.
- Supports various units for each input.
- Works seamlessly on both iPhone and iPad.
- Lightweight, compact app optimized for everyday use.
- Ad-free and built with privacy in mind.

A lever is a simple machine consisting of a beam or rigid rod pivoted at a fixed hinge, or fulcrum. Classified into three types based on the location of fulcrum, load, and effort, levers amplify input force to provide a greater output force, creating leverage. The mechanical advantage of a lever is the ratio of the output force to the input force.

Classes of levers:
1. Class 1: Fulcrum in the middle - effort on one side, load on the other (e.g., seesaw, crowbar).
2. Class 2: Resistance in the middle - effort on one side, fulcrum on the other (e.g., wheelbarrow, nutcracker).
3. Class 3: Effort in the middle - load on one side, fulcrum on the other (e.g., tweezers, human mandible).

Mechanical advantage is a measure of force amplification. It's expressed by the law of the lever, where the moment action on both sides is equal:

Fe x De = Fl x Dl  

Where:
- F_e = effort force (N, lb)
- F_l = load force (N, lb)
- D_l = distance from load force to fulcrum (m, ft)
- D_e = distance from effort force to fulcrum (m, ft)

The effort force can be calculated using the formula:

Fe = Fl x Dl / De 

Fe = m x g x Dl / De  

where
m = mass (kg)
g = acceleration of gravity (9.81 m/s²)

Thanks for your support, and please visit nitrio.com for more apps for your iOS devices.

## Rankings

- #699,018 — Overall

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Source: [Chrome-Stats](https://chrome-stats.com/d/id1407649565)