# 9 Best Free Online Inclined Plane Calculator Websites

Here is a list of the **best free online Inclined Plane Calculator websites**. In physics, an inclined plane refers to a flat surface that is angled or sloped with respect to the horizontal surface. An inclined surface makes it easy to move the objects up and down the slope with less force. There are various motion and force-related problems in inclined planes covering normal force, friction force, acceleration, velocity, energy, mass, and more.

An inclined plane calculator can help you determine one or more parameters of an inclined plane. This post covers 9 free websites with inclined plane calculators. This is a mix of calculators that calculate the same as well as different parameters. The table below can give you an insight into each calculator. You can see which calculator gives what output. You can refer to that and find a calculator that suits your needs. Alternatively, you can explore the post and check all the calculators yourself.

### My Favorite Online Inclined Plane Calculator

**EngineeringToolbox.com** is my favorite website on the list for inclined plane calculations. This website offers two variations of calculators for SI and Imperial unit systems. The calculator calculates various parameters of the inclined plane covering weight, friction force, force normal on the plane, pulling force, etc.

You can check out our other lists of the best free online Simple Pendulum Calculator Websites, online Free Fall Calculator websites, and online Trajectory Calculator websites.

### Overview Table:

Name | Output | Measurement Units | Additional Info |
---|---|---|---|

EngineeringToolbox.com | Weight, Force | Imperial/Metric | Formula |

AmesWeb.info | Tension, Force, Acceleration, etc. | Multiple | Formula |

OmniCalculator.com | Acceleration, Time, Velocity, Energy Loss | Multiple | Formula, Theory |

EasyCalculation.com | Normal Force | Fixed | Formula |

CalcTool.org | Acceleration, Time, Velocity, Energy Loss | Multiple | Formula, Theory |

RedCrab-Software.com | Weight, Force | Multiple | Formula |

AZCalculator.com | Friction Force | Fixed | Formula |

iCalculator.com | Friction Force | Multiple | Formula, Applications |

Calculator.academy | Acceleration | Fixed | Formula, Theory |

## EngineeringToolbox.com

**EngineeringToolbox.com** is a website that provides free tools and information for the engineering and design of technical applications. It covers a wide range of topics and offers resources, calculators, and charts related to various engineering sectors. This website has an *Online Inclined Plane Force Calculator*. There are two variations of the same calculator; one for SI units and another for Imperial units. You can use the desired variation based on your unit system preference. Then you can simply add your input and perform the calculation. Apart from the calculators, the web page also provides a theoretical explanation of the incline plane forces and other parameters. It explains the formula with the help of an example.

### Highlights:

**Input Parameters**: Mass of body, Elevation angle, and Friction coefficient.**Output Parameters**: Weight, Pulling force (with/without friction), Friction force, and Force normal on plane.**Measurement Units**: Imperial and Metric.**Additional Info**: Formula used and explanation.

### Final Thoughts:

This calculator gives you the most parameters in the output compared to all other calculators on this list. With three inputs, it determines 5 parameters. And the theoretical explains make it easy to grasp how the calculator works.

## AmesWeb.info

**AmesWeb.info** is a website that provides advanced mechanical engineering solutions and calculators. It offers a wide range of tools and resources related to mechanical engineering. This includes an *Inclined Plane Calculator* to find the friction force, normal force, tension force, and acceleration of an object on an inclined plane that is attached to a pulley with a hanging mass. Thus there are two objects with mass in this scenario. The calculator asks for the Mass of both objects, Gravity, Angle, Static friction coefficient, and Kinetic friction coefficient. Based on that, it gives you the Tension, Normal Force, Friction Force, Friction Type, and Acceleration. Along with that, it also calculates the angle [α] at which the object starts to slide in +x direction for given m1, m2, and angle [α] at which the object starts to slide in -x direction for given m1, m2.

### Highlights:

**Input Parameters**: Mass, Gravity, Angle, Static friction coefficient, and Kinetic friction coefficient.**Output Parameters**: Tension, Normal Force, Friction Force, Friction Type, and Acceleration.**Measurement Units**: Fixed.**Additional Info**: Formula used and explanation.

### Final Thoughts:

This is a comprehensive calculator that works for a scenario where two masses are involved. It also provides visual and theoretical explanations of the scenario with detailed results.

## OmniCalculator.com

**OmniCalculator.com** is a website that offers a wide range of calculators for various fields such as finance, business, health, math, fitness, and more. You can use their Inclined Plane Calculator to find out various inclined plane parameters. This calculator supports multiple measurement units that you can configure as per your needs. It works for multiple types of objects covering a cube, ball, sphere, cylinder, circular hoop, and torus. You can select the shape and then add the input parameters. When you do that, it instantly gets you the Acceleration, Sliding Time, Final Velocity, and Energy Loss. Apart from the calculations, the web page covers the inclined plane explanations along with FAQs.

### Highlights:

**Input Parameters**: Object Type, Mass, Angle, Friction Coefficient, and/or Height.**Output Parameters**: Acceleration, Sliding Time, Final Velocity, and Energy Loss.**Measurement Units**: Supports multiple units for all parameters.**Additional Info**: Formula used and explanation.

### Final Thoughts:

OmniCalculator offers a versatile calculator that works for a variety of shapes on an inclined plane. The theoretical part helps you gain knowledge and understanding of the concept along with the working of the calculator.

## EasyCalculation.com

**EasyCalculation.com** offers free online math calculators and converters. It makes various types of calculations easier by providing tools including a *Normal Force of an Object on an Inclined Plane Physics Calculator*. This is a simple calculator that asks for mass, gravitational force, and angle of incline. You can add those values and run the calculator to get the normal force on the inclined plane. There are no additional calculations or information. However, you do get an option to implement this calculator on your website that gives you the embed code.

### Highlights:

**Input Parameters**: Mass, Gravitational Force, and Angle of Incline.**Output Parameters**: Normal Force.**Measurement Units**: Fixed.**Additional Info**: Formula used.

### Final Thoughts:

EasyCalculation provides a simple calculator that calculates the normal force on an inclined plane. It provides embed code that you can use to add the same calculator on your website or blog.

## CalcTool.org

**CalcTool.org.com** provides a collection of calculators covering various subjects and fields. It offers over 400 problem solvers including an Inclined Plane Calculator. The website covers the inclined plane topic in detail including equations, formulas, and more. Then you get the calculator on the left side of the page. The calculator works for various types of objects that you can pick in the input parameters. Then you can add your values to get the results. This calculator gives you the acceleration, sliding time, final velocity, and energy loss.

### Highlights:

**Input Parameters**: Object Type, Mass, Angle, Friction Coefficient, and/or Height.**Output Parameters**: Acceleration, Sliding Time, Final Velocity, and Energy Loss.**Measurement Units**: Supports multiple units for all parameters.**Additional Info**: Formula used and explanation.

### Final Thoughts:

This calculator is similar to what you get on OmniCalculator. It works for multiple shape types and provides detailed explanations to help you grasp the topic and related formulas.

## RedCrab-Software.com

**RedCrab-Software.com** is a company that offers the RedCrab Calculator, a mathematics software with a full-screen formula editor. There is an Inclined Plane web page on this website that offers a calculator and formulas for inclined planes. The calculator here calculates the forces acting on an inclined plane. It asks for the force and angle of the plane. You can choose the correct unit for both these parameters and then add the values. Then you can run the calculator and get the weight, applied force, and normal force.

### Highlights:

**Input Parameters**: Force and Angle.**Output Parameters**: Weight, Applied Force, and Normal Force.**Measurement Units**: Multiple units for Force and Angle.**Additional Info**: Formula used.

### Final Thoughts:

This is another simple inclined plane calculator that determines the forces for an inclined plane. You can simply add your values and get the output.

## AZCalculator.com

**AZCalculator.com** is a website that offers online calculators and converters for various mathematical problems. You can use their *Friction In Inclined Plane Calculator* to calculate the forces for inclined planes. This calculator determines the friction force on the inclined plane at a certain angle. For that, you have to add the coefficient of friction, weight of the object, and angle of inclination. The units of measurement are fixed here and can not be changed. You have to enter your values accordingly to perform an accurate calculation.

### Highlights:

**Input Parameters**: Coefficient of Friction, Weight of the Object, and the Angle of Inclination.**Output Parameters**: Friction Force on the inclined Plane.**Measurement Units**: Fixed.**Additional Info**: Formula used.

### Final Thoughts:

AZCalculator provides a simple calculator that determines the friction force on the inclined plane at a certain angle. It is easy to use and also shows the formula used for the calculation.

## iCalculator.com

**iCalculator.com** provides free online calculators along with supporting articles and guides. This website offers a *Friction on Inclined Slope Calculator*. This calculator calculates the friction force on the inclined plane at a certain angle. To perform the calculation, you first have to disable the ad-blocker (if you are using any). Then you have to provide the coefficient of friction, the weight of the object, and the angle of inclination. Then you can perform the calculation and determine the friction force on the inclined plane.

### Highlights:

**Input Parameters**: Coefficient of Friction, Weight of the Object, and the Angle of Inclination.**Output Parameters**: Friction Force on the inclined Plane.**Measurement Units**: Users can pick the unit of choice for weight.**Additional Info**: Formula used, real-life applications, and facts.

### Final Thoughts:

The inclined plane calculator on iCalculator determines the friction force on the inclined plane at a certain angle. It is quite a simple calculator that also covers theoretical information, real-life applications, and interesting facts.

## Calculator.academy

**Calculator.academy** is a website that aims to provide free and easy-to-use calculators. It offers a range of calculators to help with various calculations. The website offers an Incline Plane Acceleration Calculator that you can use to calculate the acceleration on an inclined plane. To do that, it asks for mass, angle, and coefficient of friction. You can provide these values and run the calculator to get the acceleration. Apart from the calculator, it covers the theoretical information about inclined planes and explains the formula to find the inclined plane acceleration.

### Highlights:

**Input Parameters**: Mass, Angle, and Coefficient of friction.**Output Parameters**: Incline Plane Acceleration.**Measurement Units**: Fixed.**Additional Info**: Formula used and explanation.

### Final Thoughts:

This is another simple calculator that determines the acceleration on an inclined plane. For those who are curious, it shows the formula used and explains all the terminologies involved.

## Frequently Asked Questions

The three types of inclined planes are ramps, wedges, and screws. Ramps are sloping surfaces for moving objects, wedges have sharp edges for splitting or cutting, and screws have threaded spirals for converting rotational to linear motion.

The formula for an inclined plane relates the force required to move an object up or down the plane to the angle of inclination. It can be summarized as follows: Force = Weight * sin(θ)

The formula for velocity on an inclined plane relates the velocity of an object sliding or rolling down the plane to the angle of inclination and the acceleration due to gravity. It can be summarized as follows: Velocity = √(2 * acceleration * distance * sin(θ))

To find the acceleration of an object on an inclined plane, you can resolve the forces into their components, calculate the net force acting along the plane, and use Newton's second law (F = ma) to solve for acceleration. The acceleration can be determined by dividing the net force by the mass of the object.

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