# flow by mass units conversion

**Amount:** 1 hundredweight long (mass) per day (long cwt/d) of mass flow

**Equals:** 0.00078 hundredweights short (mass) per minute (st cwt/min) in mass flow

Converting **hundredweight long (mass) per day** to **hundredweights short (mass) per minute** value in the flow by mass units scale.

TOGGLE : from hundredweights short (mass) per minute into hundredweights long (mass) per day in the other way around.

CONVERT : between other flow by mass measuring units - complete list.

How many hundredweights short (mass) per minute are in 1 hundredweight long (mass) per day? The answer is: 1 long cwt/d equals 0.00078 st cwt/min

## 0.00078 st cwt/min is converted to 1 of what?

The hundredweights short (mass) per minute unit number 0.00078 st cwt/min converts to 1 long cwt/d, one hundredweight long (mass) per day. **It is the EQUAL mass flow value of 1 hundredweight long (mass) per day but in the hundredweights short (mass) per minute mass flow unit alternative.**

long cwt/d/st cwt/min flow by mass conversion result | ||||

From | Symbol | Equals | Result | Symbol |

1 | long cwt/d | = | 0.00078 | st cwt/min |

## Conversion chart - *hundredweights long (mass) per day* to *hundredweights short (mass) per minute*

1 hundredweight long (mass) per day to hundredweights short (mass) per minute = 0.00078 st cwt/min

2 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.0016 st cwt/min

3 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.0023 st cwt/min

4 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.0031 st cwt/min

5 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.0039 st cwt/min

6 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.0047 st cwt/min

7 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.0054 st cwt/min

8 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.0062 st cwt/min

9 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.0070 st cwt/min

10 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.0078 st cwt/min

11 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.0086 st cwt/min

12 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.0093 st cwt/min

13 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.010 st cwt/min

14 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.011 st cwt/min

15 hundredweights long (mass) per day to hundredweights short (mass) per minute = 0.012 st cwt/min

**Category**: main menu • flow by mass menu • Hundredweights long (mass) per day

Convert flow by mass of ** hundredweight long (mass) per day (long cwt/d)** and

**units in reverse from hundredweights short (mass) per minute into hundredweights long (mass) per day.**

*hundredweights short (mass) per minute (st cwt/min)*## Flow units - by mass

Apart these mass flow units, there is also flow rate by volume menu page. Tool with multiple volume and mass flow units.

# Converter type: flow by mass units

First unit: hundredweight long (mass) per day (long cwt/d) is used for measuring mass flow.

Second: hundredweight short (mass) per minute (st cwt/min) is unit of mass flow.

**QUESTION**:

15 long cwt/d = ? st cwt/min

**ANSWER**:

15 long cwt/d = 0.012 st cwt/min

Abbreviation, or prefix, for hundredweight long (mass) per day is:

**long cwt/d**

Abbreviation for hundredweight short (mass) per minute is:

**st cwt/min**

## Other applications for this flow by mass calculator ...

With the above mentioned two-units calculating service it provides, this flow by mass converter proved to be useful also as a teaching tool:

1. in practicing hundredweights long (mass) per day and hundredweights short (mass) per minute ( long cwt/d vs. st cwt/min ) measures exchange.

2. for conversion factors between unit pairs.

3. work with flow by mass's values and properties.