flow rate units conversion
Amount: 1 Million standard cubic feet of gas per day (MMSCFD at 15°C) of gas flow
Equals: 326.99 kilograms (water mass) per second (kg/sec) in flow rate
Converting Million standard cubic feet of gas per day to kilograms (water mass) per second value in the flow rate units scale.
TOGGLE : from kilograms (water mass) per second into Million standard cu-ft in gas per day in the other way around.
CONVERT : between other flow rate measuring units - complete list.
How many kilograms (water mass) per second are in 1 Million standard cubic feet of gas per day? The answer is: 1 MMSCFD at 15°C equals 326.99 kg/sec
326.99 kg/sec is converted to 1 of what?
The kilograms (water mass) per second unit number 326.99 kg/sec converts to 1 MMSCFD at 15°C, one Million standard cubic feet of gas per day. It is the EQUAL gas flow value of 1 Million standard cubic feet of gas per day but in the kilograms (water mass) per second flow rate unit alternative.
| MMSCFD at 15°C/kg/sec flow rate conversion result | ||||
| From | Symbol | Equals | Result | Symbol |
| 1 | MMSCFD at 15°C | = | 326.99 | kg/sec |
Conversion chart - Million standard cu-ft in gas per day to kilograms (water mass) per second
1 Million standard cubic feet of gas per day to kilograms (water mass) per second = 326.99 kg/sec
2 Million standard cu-ft in gas per day to kilograms (water mass) per second = 653.98 kg/sec
3 Million standard cu-ft in gas per day to kilograms (water mass) per second = 980.98 kg/sec
4 Million standard cu-ft in gas per day to kilograms (water mass) per second = 1,307.97 kg/sec
5 Million standard cu-ft in gas per day to kilograms (water mass) per second = 1,634.96 kg/sec
6 Million standard cu-ft in gas per day to kilograms (water mass) per second = 1,961.95 kg/sec
7 Million standard cu-ft in gas per day to kilograms (water mass) per second = 2,288.95 kg/sec
8 Million standard cu-ft in gas per day to kilograms (water mass) per second = 2,615.94 kg/sec
9 Million standard cu-ft in gas per day to kilograms (water mass) per second = 2,942.93 kg/sec
10 Million standard cu-ft in gas per day to kilograms (water mass) per second = 3,269.92 kg/sec
11 Million standard cu-ft in gas per day to kilograms (water mass) per second = 3,596.92 kg/sec
12 Million standard cu-ft in gas per day to kilograms (water mass) per second = 3,923.91 kg/sec
13 Million standard cu-ft in gas per day to kilograms (water mass) per second = 4,250.90 kg/sec
14 Million standard cu-ft in gas per day to kilograms (water mass) per second = 4,577.89 kg/sec
15 Million standard cu-ft in gas per day to kilograms (water mass) per second = 4,904.88 kg/sec
Category: main menu • flow rate menu • Million standard cu-ft in gas per day
Convert flow rate of Million standard cubic feet of gas per day (MMSCFD at 15°C) and kilograms (water mass) per second (kg/sec) units in reverse from kilograms (water mass) per second into Million standard cu-ft in gas per day.
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: Million standard cubic feet of gas per day (MMSCFD at 15°C) is used for measuring gas flow.
Second: kilogram (water mass) per second (kg/sec) is unit of flow rate.
QUESTION:
15 MMSCFD at 15°C = ? kg/sec
ANSWER:
15 MMSCFD at 15°C = 4,904.88 kg/sec
Abbreviation, or prefix, for Million standard cubic feet of gas per day is:
MMSCFD at 15°C
Abbreviation for kilogram (water mass) per second is:
kg/sec
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 Million standard cu-ft in gas per day and kilograms (water mass) per second ( MMSCFD at 15°C vs. kg/sec ) measures exchange.
2. for conversion factors between unit pairs.
3. work with flow rate's values and properties.