Perform fast calculations with our user-friendly online calculator! Conveniently crunch numbers and solve equations instantly. Ideal for quick math tasks, our tool simplifies your daily computations effortlessly. Try our intuitive calculator for accurate results on the go!
Calculate tangential force easily with our online Tangential Force Calculator using mass, radius, angle, or velocity. Fast, accurate, and free to use.
Tangential Force plays a crucial role in rotational motion. Whether you're studying physics, engineering, or simply working on a mechanical project, understanding how tangential force works and how to calculate it is essential. That’s why we’ve developed a simple, powerful, and user-friendly Tangential Force Calculator that helps you compute tangential force instantly using the correct formulas.
Tangential force is the force that acts on a rotating body in a direction tangent to its circular path. It’s directly related to the object's mass, radius, and either angular acceleration or angular velocity, depending on the type of motion. In simple terms, it’s the force that makes things spin or keeps them spinning.
In circular motion, tangential force affects the acceleration and speed of rotation. It's also widely used in calculating gear forces, cutting forces in machining, and friction forces in sliding motions.
Depending on the situation, there are several ways to calculate tangential force:
Formula:
Ft = m × r × α
Where:
Ft = Tangential Force (N)
m = Mass (kg)
r = Radius (m)
α = Angular Acceleration (rad/s²)
Formula:
Ft = m × r × ω²
Where:
ω = Angular Velocity (rad/s)
Formula:
Ft = τ / r
Where:
τ = Torque (Nm)
Formula:
Ft = (σ × m × b × Y) / K
Where:
σ = Stress (Pa)
m = Module (m)
b = Face width (m)
Y = Form Factor
K = Dynamic Factor
Formula:
Ft = (μ × A × V) / h
Where:
μ = Viscosity (Pa·s)
A = Area (m²)
V = Velocity (m/s)
h = Film Thickness (m)
These equations are commonly used in engineering, physics, and mechanical design, especially when dealing with tangential cutting force, tangential force in gear, or circular motion problems.
Whether you’re a student, an engineer, or a hobbyist, this tool simplifies complex calculations and helps you understand the concept behind each formula.
Understanding how to calculate tangential force is vital in fields like physics, mechanical engineering, and gear design. Our Tangential Force Calculator simplifies this process by providing quick and accurate results. With support for various calculation methods including angular acceleration, torque, velocity, gear systems, and sliding motion, it's an all-in-one solution for anyone dealing with rotational dynamics.
Use this calculator for your studies, design simulations, or mechanical analysis, and save time while getting precise results.
Tangential force in circular motion is the force acting along the tangent to the path of an object moving in a circle. It affects the object's angular acceleration or velocity.
You can calculate tangential force using the formula Ft = m × r × α for angular acceleration or Ft = m × r × ω² for constant velocity, depending on the motion type.
Tangential force in gears is calculated using the formula Ft = (σ × m × b × Y) / K, which involves stress, module, face width, form factor, and dynamic factor.
Tangential cutting force is the force exerted parallel to the cutting surface in machining processes. It can be derived using sliding or gear force formulas based on the scenario.
Yes, this calculator is designed for both students and professionals. It uses standard physics and engineering formulas to provide accurate and reliable results.