Applied Force Calculator

To calculate the applied force, multiply the mass by the acceleration and subtract the frictional force.

Applied Force Calculator

Enter any 2 values to calculate the missing variable

Mass (m) Mass Unit Kilogram (kg) Gram (g) Milligram (mg) Microgram (mu-gr) Carat (metric)(ct) Hundredweight (long) Hundredweight (short) Pound mass (lbs) Pound mass (troy) Ounce mass (ozm) Ounce mass (troy) Slug Ton (short) Acceleration (a) Acceleration Unit m/s^2 ft/s^2 G’s in/s^2 Opposing Force (Friction etc.) Force Unit Newton (N) Dyne (dy) Kilogram force (kgf) Kip (k) Ounce force (ozf) Pound force (lbf) Poundal

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The Applied Force Calculator can calculate the force applied to an object in motion, based on its mass, acceleration, and friction. In simple terms, applied force is the total force exerted on an object to cause its acceleration, and it’s crucial in physics to analyze motion and interactions.

Of course, this calculator is essential for engineers and physicists to measure how much force is necessary to move an object with a given mass and acceleration while considering opposing forces like friction.

Formula

$$AF = m \times a – FF$$

Variable	Description
AF	Applied force
m	Mass of the object
a	Acceleration
FF	Frictional force

Solved Calculations

Example 1:
For example, if the mass of an object is 5 kg, the acceleration is 2 m/s², and the frictional force is 3 N, the applied force would be:

Step	Calculation
Mass (m)	5 kg
Acceleration (a)	2 m/s²
Frictional Force (FF)	3 N
Applied Force (AF)	$5 \times 2 – 3$
Result	7 N

Answer: The applied force is 7 N.

Example 2:
Similarly, if the mass is 8 kg, acceleration is 3 m/s², and the frictional force is 5 N:

Step	Calculation
Mass (m)	8 kg
Acceleration (a)	3 m/s²
Frictional Force (FF)	5 N
Applied Force (AF)	$8 \times 3 – 5$
Result	19 N

Answer: The applied force is 19 N.

What is an Applied Force Calculator?

The Applied Force Calculator is a crucial tool in physics. It aims to help you calculate the amount of force applied to an object. This force can be applied at an angle or in a specific direction, and understanding how to measure it is essential in various applications, from simple mechanical tasks to complex scientific experiments.

This calculator simplifies the process by providing quick calculations based on parameters like mass, acceleration, and angle.

To use the Applied Force Calculator, you typically enter the mass of the object and the acceleration (or other known factors like angle or friction). The calculator will then compute the force applied using the appropriate formula, whether it’s for an object on an inclined plane, or under normal conditions. This tool is particularly useful for students and professionals working with forces, friction, and motion in physics.

Final Words:

In summary, the Applied Force Calculator is a powerful tool for calculating forces accurately in physics, helping you understand the dynamics of motion and make informed decisions in mechanical and scientific tasks.