Foot-poundal definitions
| Word backwards | ladnuop-toof |
|---|---|
| Part of speech | The word "foot-poundal" is a noun. |
| Syllabic division | Foot-pound-al |
| Plural | The plural of foot-poundal is foot-poundals. |
| Total letters | 11 |
| Vogais (3) | o,u,a |
| Consonants (6) | f,t,p,n,d,l |
What is a Foot-poundal?
A foot-poundal is a unit of energy in the foot-pound-second system of measurement. It is defined as the amount of energy required to move an object with a force of one poundal over a distance of one foot. The foot-poundal is not commonly used in scientific or engineering contexts, as it is considered a non-SI unit.
Conversion Factor
One foot-poundal is equivalent to 0.0421401100938048 joules in the International System of Units (SI). To convert energy in foot-poundals to joules, you can use this conversion factor. Similarly, to convert energy from joules to foot-poundals, you would divide by the same factor.
Origin
The foot-poundal is derived from the foot-pound-second system, which is an English engineering system of measurement. In this system, energy is measured in foot-poundals, force is measured in poundals, and distance is measured in feet. The use of the foot-poundal has declined over time as the International System of Units (SI) has become the standard system of measurement in most scientific and engineering disciplines.
Despite its limited use, the foot-poundal remains an interesting unit of energy measurement that provides insight into the historical development of measurement systems. Understanding the concept of the foot-poundal can help individuals appreciate the diversity and complexity of different systems of measurement around the world.
Foot-poundal Examples
- The torque of the engine is measured in foot-poundals.
- He exerted a force of 10 foot-poundals to move the object.
- The work done by lifting the box was calculated in foot-poundals.
- She used a wrench to tighten the bolt with 5 foot-poundals of force.
- The impact force of the collision was measured in foot-poundals.
- The energy required to lift the weight was expressed in foot-poundals.
- The machine generated a maximum output of 100 foot-poundals.
- The work done by the crane lifting the load was measured in foot-poundals.
- The torque required to turn the lever was calculated in foot-poundals.
- The efficiency of the motor was evaluated based on its foot-poundal output.