force units conversion
Amount: 1 newton (N) of force
Equals: 1,000.00 millinewtons (mN) in force
Converting newton to millinewtons value in the force units scale.
TOGGLE : from millinewtons into newtons in the other way around.
CONVERT : between other force measuring units - complete list.
How many millinewtons are in 1 newton? The answer is: 1 N equals 1,000.00 mN
1,000.00 mN is converted to 1 of what?
The millinewtons unit number 1,000.00 mN converts to 1 N, one newton. It is the EQUAL force value of 1 newton but in the millinewtons force unit alternative.
| N/mN force conversion result | ||||
| From | Symbol | Equals | Result | Symbol |
| 1 | N | = | 1,000.00 | mN |
Conversion chart - newtons to millinewtons
1 newton to millinewtons = 1,000.00 mN
2 newtons to millinewtons = 2,000.00 mN
3 newtons to millinewtons = 3,000.00 mN
4 newtons to millinewtons = 4,000.00 mN
5 newtons to millinewtons = 5,000.00 mN
6 newtons to millinewtons = 6,000.00 mN
7 newtons to millinewtons = 7,000.00 mN
8 newtons to millinewtons = 8,000.00 mN
9 newtons to millinewtons = 9,000.00 mN
10 newtons to millinewtons = 10,000.00 mN
11 newtons to millinewtons = 11,000.00 mN
12 newtons to millinewtons = 12,000.00 mN
13 newtons to millinewtons = 13,000.00 mN
14 newtons to millinewtons = 14,000.00 mN
15 newtons to millinewtons = 15,000.00 mN
Category: main menu • force menu • Newtons
Convert force of newton (N) and millinewtons (mN) units in reverse from millinewtons into newtons.
Force measuring units
Converter type: force units
First unit: newton (N) is used for measuring force.
Second: millinewton (mN) is unit of force.
QUESTION:
15 N = ? mN
ANSWER:
15 N = 15,000.00 mN
Abbreviation, or prefix, for newton is:
N
Abbreviation for millinewton is:
mN
Other applications for this force calculator ...
With the above mentioned two-units calculating service it provides, this force converter proved to be useful also as a teaching tool:
1. in practicing newtons and millinewtons ( N vs. mN ) measures exchange.
2. for conversion factors between unit pairs.
3. work with force's values and properties.