﻿ Convert lb/h to hcf/h | pound (water mass) per hour to - 100-cubic-feet per hour

# flow rate units conversion

## Amount: 1 pound (water mass) per hour (lb/h) of flow rate Equals: 0.00016 - 100-cubic-feet per hour (hcf/h) in flow rate

Converting pound (water mass) per hour to - 100-cubic-feet per hour value in the flow rate units scale.

TOGGLE :   from - 100-cubic-feet per hour into pounds (water mass) per hour in the other way around.

## flow rate from pound (water mass) per hour to hundred cubic feet per hour conversion results

### Enter a new pound (water mass) per hour number to convert

* Whole numbers, decimals or fractions (ie: 6, 5.33, 17 3/8)
* Precision is how many digits after decimal point (1 - 9)

Enter Amount :
Decimal Precision :

CONVERT :   between other flow rate measuring units - complete list.

How many - 100-cubic-feet per hour are in 1 pound (water mass) per hour? The answer is: 1 lb/h equals 0.00016 hcf/h

## 0.00016 hcf/h is converted to 1 of what?

The - 100-cubic-feet per hour unit number 0.00016 hcf/h converts to 1 lb/h, one pound (water mass) per hour. It is the EQUAL flow rate value of 1 pound (water mass) per hour but in the - 100-cubic-feet per hour flow rate unit alternative.

 lb/h/hcf/h flow rate conversion result From Symbol Equals Result Symbol 1 lb/h = 0.00016 hcf/h

## Conversion chart - pounds (water mass) per hour to - 100-cubic-feet per hour

1 pound (water mass) per hour to - 100-cubic-feet per hour = 0.00016 hcf/h

2 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.00032 hcf/h

3 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.00048 hcf/h

4 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.00064 hcf/h

5 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.00080 hcf/h

6 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.00096 hcf/h

7 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.0011 hcf/h

8 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.0013 hcf/h

9 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.0014 hcf/h

10 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.0016 hcf/h

11 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.0018 hcf/h

12 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.0019 hcf/h

13 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.0021 hcf/h

14 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.0022 hcf/h

15 pounds (water mass) per hour to - 100-cubic-feet per hour = 0.0024 hcf/h

Convert flow rate of pound (water mass) per hour (lb/h) and - 100-cubic-feet per hour (hcf/h) units in reverse from - 100-cubic-feet per hour into pounds (water mass) per hour.

## Flow rate. Gas & Liquids.

This unit-to-unit calculator is based on conversion for one pair of two flow rate units. For a whole set of multiple units for volume and mass flow on one page, try the Multi-Unit converter tool which has built in all flowing rate unit-variations. Page with flow rate by mass unit pairs exchange.

# Converter type: flow rate units

First unit: pound (water mass) per hour (lb/h) is used for measuring flow rate.
Second: hundred cubic feet per hour (hcf/h) is unit of flow rate.

QUESTION:
15 lb/h = ? hcf/h

15 lb/h = 0.0024 hcf/h

Abbreviation, or prefix, for pound (water mass) per hour is:
lb/h
Abbreviation for hundred cubic feet per hour is:
hcf/h

## Other applications for this flow rate calculator ...

With the above mentioned two-units calculating service it provides, this flow rate converter proved to be useful also as a teaching tool:
1. in practicing pounds (water mass) per hour and - 100-cubic-feet per hour ( lb/h vs. hcf/h ) measures exchange.
2. for conversion factors between unit pairs.
3. work with flow rate's values and properties.

To link to this flow rate pound (water mass) per hour to - 100-cubic-feet per hour online converter simply cut and paste the following.
The link to this tool will appear as: flow rate from pound (water mass) per hour (lb/h) to - 100-cubic-feet per hour (hcf/h) conversion.

I've done my best to build this site for you- Please send feedback to let me know how you enjoyed visiting.