Viscosity – Dynamic

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pascal second [Pa*s]kilogram-force second/square meternewton second/square metermillinewton second/sq. meterdyne second/sq. centimeterpoise [P]exapoise [EP]petapoise [PP]terapoise [TP]gigapoise [GP]megapoise [MP]kilopoise [kP]hectopoise [hP]dekapoise [daP]decipoise [dP]centipoise [cP]millipoise [mP]micropoise [µP]nanopoise [nP]picopoise [pP]femtopoise [fP]attopoise [aP]pound-force second/sq. inchpound-force second/sq. footpoundal second/square footgram/centimeter/secondslug/foot/secondpound/foot/secondpound/foot/hour [lb/(ft*h)]

pascal second [Pa*s]kilogram-force second/square meternewton second/square metermillinewton second/sq. meterdyne second/sq. centimeterpoise [P]exapoise [EP]petapoise [PP]terapoise [TP]gigapoise [GP]megapoise [MP]kilopoise [kP]hectopoise [hP]dekapoise [daP]decipoise [dP]centipoise [cP]millipoise [mP]micropoise [µP]nanopoise [nP]picopoise [pP]femtopoise [fP]attopoise [aP]pound-force second/sq. inchpound-force second/sq. footpoundal second/square footgram/centimeter/secondslug/foot/secondpound/foot/secondpound/foot/hour [lb/(ft*h)]

Complete list of viscosity – dynamic units for conversion

• pascal second [Pa*s]
• 1 kilogram-force second/square meter = 9.80665 pascal second [Pa*s]
• 1 newton second/square meter = 1 pascal second [Pa*s]
• 1 millinewton second/sq. meter = 0.001 pascal second [Pa*s]
• 1 dyne second/sq. centimeter = 0.1 pascal second [Pa*s]
• 1 poise [P] = 0.1 pascal second [Pa*s]
• 1 exapoise [EP] = 1.0E+17 pascal second [Pa*s]
• 1 petapoise [PP] = 1.0E+14 pascal second [Pa*s]
• 1 terapoise [TP] = 100000000000 pascal second [Pa*s]
• 1 gigapoise [GP] = 100000000 pascal second [Pa*s]
• 1 megapoise [MP] = 100000 pascal second [Pa*s]
• 1 kilopoise [kP] = 100 pascal second [Pa*s]
• 1 hectopoise [hP] = 10 pascal second [Pa*s]
• 1 dekapoise [daP] = 1 pascal second [Pa*s]
• 1 decipoise [dP] = 0.01 pascal second [Pa*s]
• 1 centipoise [cP] = 0.001 pascal second [Pa*s]
• 1 millipoise [mP] = 0.0001 pascal second [Pa*s]
• 1 micropoise [µP] = 1.0E-7 pascal second [Pa*s]
• 1 nanopoise [nP] = 1.0E-10 pascal second [Pa*s]
• 1 picopoise [pP] = 1.0E-13 pascal second [Pa*s]
• 1 femtopoise [fP] = 1.0E-16 pascal second [Pa*s]
• 1 attopoise [aP] = 1.0E-19 pascal second [Pa*s]
• 1 pound-force second/sq. inch = 6894.7572931684 pascal second [Pa*s]
• 1 pound-force second/sq. foot = 47.8802589802 pascal second [Pa*s]
• 1 poundal second/square foot = 1.4881639436 pascal second [Pa*s]
• 1 gram/centimeter/second = 0.1 pascal second [Pa*s]
• 1 slug/foot/second = 47.8802589802 pascal second [Pa*s]
• 1 pound/foot/second = 1.4881639436 pascal second [Pa*s]
• 1 pound/foot/hour [lb/(ft*h)] = 0.0004133789 pascal second [Pa*s]

Dynamics, a branch of classical mechanics, focuses on the study of forces and their impact on motion. Understanding the units used to measure these forces and their related quantities is essential for anyone working in fields like physics, engineering, or even sports science. This article will delve into the world of dynamic unit conversions, highlighting how a tool like millimeters.to can simplify these often complex calculations.

Essential Dynamic Units

Here are some of the fundamental units used in dynamics:

• Force (F): A push or pull that can cause a change in an object’s motion. The most common unit is the Newton (N). Other units include the pound-force (lbf) and the dyne (dyn).
• Mass (m): A measure of an object’s resistance to acceleration. Common units include kilograms (kg), grams (g), and slugs.
• Weight (W): The force of gravity acting on an object’s mass. It is typically measured in Newtons (N) or pound-force (lbf).
• Momentum (p): A measure of an object’s motion, calculated as the product of its mass and velocity. Units include kilogram-meters per second (kg⋅m/s).
• Impulse (J): The change in momentum of an object. It is measured in Newton-seconds (N⋅s).
• Work (W): The energy transferred to or from an object by a force acting over a distance. Common units include Joules (J) and foot-pounds (ft⋅lbf).
• Power (P): The rate at which work is done. Units include Watts (W) and horsepower (hp).
• Energy (E): The capacity to do work. It shares the same units as work, such as Joules (J).

Common Dynamic Conversions

Let’s look at some of the most frequent dynamic unit conversions:

Force:

• Newtons (N) to pound-force (lbf): Divide by 4.448 (e.g., 10 N = 2.248 lbf)
• Pound-force (lbf) to Newtons (N): Multiply by 4.448 (e.g., 5 lbf = 22.24 N)
• Newtons (N) to dynes (dyn): Multiply by 100,000 (e.g., 1 N = 100,000 dyn)

Mass:

• Kilograms (kg) to grams (g): Multiply by 1000 (e.g., 2 kg = 2000 g)
• Kilograms (kg) to slugs: Divide by 14.59 (e.g., 100 kg = 6.85 slugs)

Work/Energy:

• Joules (J) to foot-pounds (ft⋅lbf): Divide by 1.356 (e.g., 50 J = 36.85 ft⋅lbf)
• Foot-pounds (ft⋅lbf) to Joules (J): Multiply by 1.356 (e.g., 100 ft⋅lbf = 135.6 J)

Power:

• Watts (W) to horsepower (hp): Divide by 746 (e.g., 1000 W = 1.34 hp)
• Horsepower (hp) to Watts (W): Multiply by 746 (e.g., 2 hp = 1492 W)

Millimeters.to: Your Dynamics Conversion Companion

Dealing with these conversions can be daunting, but millimeters.to simplifies the task. Its dedicated conversion widgets allow for quick and accurate conversions between various dynamic units. Input the value, select the original and desired units, and the tool instantly provides the correct result.

Beyond Basic Conversions

Millimeters.to offers a comprehensive list of dynamic units, including less common ones, providing a deeper understanding of the diverse ways to measure forces and their effects.

Conclusion

Whether you’re a student grappling with the complexities of Newtonian mechanics, an engineer ensuring the structural integrity of a building, or an athlete optimizing their performance through power calculations, understanding dynamic units and their conversions is fundamental. With millimeters.to as your conversion companion, you can confidently navigate the world of dynamics and guarantee the accuracy of your calculations and analyses.