CubicFoot/minute To Pound/second Converter

(ft³/min to lb/s converter)

Convert Cubic Foot/Minute to Pound/Second (Gasoline at 15.5°C)

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Effortlessly Convert ft³/min to lb/s with Newtum


(Last Updated On: 2025-01-31)

Discover the precision of our Cubic Foot-minute to Pound-second Gasoline At 15.5°C Converter. This tool simplifies the conversion process, ensuring accuracy for your calculations. Developed by Newtum, it transforms complex measurements into straightforward results. Dive in and explore how it can streamline your work today.

What are CubicFoot/minute and Pound/second

Definition of CubicFoot/minute

A Cubic Foot per Minute (ft³/min) is a unit of volumetric flow rate commonly used to express the rate at which a volume of gas or liquid moves. This measurement is particularly useful in various engineering and scientific applications, where understanding the flow rate of materials is crucial. The cubic foot refers to a volume measuring one foot in length, width, and height, while 'per minute' indicates the time frame over which this volume moves. Engineers and scientists often employ this unit to quantify airflow, water flow, or other fluid dynamics in systems, ensuring efficient and effective design and operation.

Definition of Pound/second

A Pound per Second (lb/s) is a unit of mass flow rate representing the mass of a substance passing through a given surface or point per second. This unit is essential in engineering, physics, and various industrial applications, where precise control and measurement of material flow are critical. The use of pounds reflects the mass of the material, while 'per second' indicates the time interval over which this mass is measured. Engineers and technicians often utilize this unit to design and monitor systems involving fuel, water, or other fluid transfers, ensuring optimal performance and safety.

CubicFoot/minute to Pound/second Conversion Table

Cubic Foot/minute (ft³/min) Pound/second (lb/s)
1 ft³/min 0.037 lb/s
5 ft³/min 0.185 lb/s
10 ft³/min 0.37 lb/s
20 ft³/min 0.74 lb/s
30 ft³/min 1.11 lb/s
40 ft³/min 1.48 lb/s
50 ft³/min 1.85 lb/s
60 ft³/min 2.22 lb/s
70 ft³/min 2.59 lb/s
80 ft³/min 2.96 lb/s

Conversion of CubicFoot/minute to Pound/second

1 ft³/min = 0.037 lb/s
1 lb/s = 27.03 ft³/min

Example 1:
convert 10 ft³/min to lb/s:
10 ft³/min = 10 × 0.037 lb/s = 0.37 lb/s

Example 2:
convert 50 ft³/min to lb/s:
50 ft³/min = 50 × 0.037 lb/s = 1.85 lb/s

History of CubicFoot/minute and Pound/second

The Cubic Foot/minute to Pound/second Converter, specifically for gasoline at 15.5°C, emerged from the need to standardize fuel flow measurements in engineering. As industries evolved, the precision of flow rate instruments became pivotal for operational efficiency. This converter, bridging volumetric and mass flow, offers a vital tool for engineers, enabling accurate fuel management and optimization. Its development reflects a blend of scientific innovation and practical necessity, ensuring seamless integration into modern engineering practices.

How to use CubicFoot/minute to Pound/second Converter

Real Life Applications of CubicFoot/minute to Pound/second

Understanding the real-world applications of the Cubic Foot/minute to Pound/second Converter for gasoline at 15.5°C highlights its significance in various industries. This tool plays a crucial role in optimizing fuel management, enhancing operational efficiency, and ensuring precise measurements.

Solved Examples ft³/min to lb/s

Example 1: Convert 15 ft³/min to lb/s:
15 ft³/min = 15 × 0.037 lb/s = 0.555 lb/s

Example 2: Convert 25 ft³/min to lb/s:
25 ft³/min = 25 × 0.037 lb/s = 0.925 lb/s

FAQs

1. How does the Cubic Foot/minute to Pound/second Converter work?

Our converter uses a precise conversion factor to change ft³/min into lb/s, ensuring accurate results for your calculations.

2. Can I use this converter for other substances?

This tool is specifically calibrated for gasoline at 15.5°C. For other substances, different conversion factors may be required.

3. Is the conversion factor temperature-dependent?

Yes, the conversion factor is based on the density of gasoline at 15.5°C, which can vary with temperature changes.