Unlock the ease of converting torque measurements from ounce-force inches to kilowatt-seconds with our user-friendly tool, enticing your curiosity to delve deeper.
An ounce-force inch (ozf-in) is a unit of torque representing the force of one ounce exerted at a radius of one inch. This measurement is crucial in fields requiring fine-tuned mechanical adjustments where precision is paramount.
Definition of Kilowatt-secondA kilowatt-second (kW-s) is a unit of energy equivalent to one kilowatt of power expended for one second. This unit reflects a snapshot of power conversion, serving as a vital metric in various energy-related applications.
Ounce-force Inch (ozf-in) | Kilowatt-second (kW-s) |
---|---|
0.1 ozf-in | 0.0000118 kW-s |
0.5 ozf-in | 0.0000590 kW-s |
1 ozf-in | 0.000118 kW-s |
5 ozf-in | 0.000590 kW-s |
10 ozf-in | 0.00118 kW-s |
20 ozf-in | 0.00236 kW-s |
50 ozf-in | 0.00590 kW-s |
100 ozf-in | 0.0118 kW-s |
200 ozf-in | 0.0236 kW-s |
500 ozf-in | 0.0590 kW-s |
Example 1:
Convert 10 ozf-in to kW-s:
10 ozf-in = 10 × 0.000118 kW-s = 0.00118 kW-s
Example 2:
Convert 25 ozf-in to kW-s:
25 ozf-in = 25 × 0.000118 kW-s = 0.00295 kW-s
The Ounce-force Inch to Kilowatt-second Converter is rooted in the evolution of torque and energy measurement. Its history spans from early mechanical systems to modern electrical engineering, highlighting the ongoing need for precise unit conversion tools.
Discover how the Ounce-force Inch to Kilowatt-second Converter plays a pivotal role in real-world scenarios.
Example 1:
Convert 15 ozf-in to kW-s:
15 ozf-in = 15 × 0.000118 kW-s = 0.00177 kW-s
Example 2:
Convert 45 ozf-in to kW-s:
45 ozf-in = 45 × 0.000118 kW-s = 0.00531 kW-s
Q1: What is an ounce-force inch?
A1: An ounce-force inch is a unit of torque used to measure rotational force applied at a distance of one inch from the pivot point.
Q2: How does the converter work?
A2: The converter takes a value in ozf-in and calculates the equivalent in kW-s using a predefined conversion factor.
Q3: What are the applications of this conversion?
A3: This conversion is essential in engineering, energy management, and various mechanical and electrical applications.