force units conversion
Amount: 1 kilonewton (kN) of force
Equals: 101.97 kiloponds (kp) in force
Converting kilonewton to kiloponds value in the force units scale.
TOGGLE : from kiloponds into kilonewtons in the other way around.
CONVERT : between other force measuring units - complete list.
How many kiloponds are in 1 kilonewton? The answer is: 1 kN equals 101.97 kp
101.97 kp is converted to 1 of what?
The kiloponds unit number 101.97 kp converts to 1 kN, one kilonewton. It is the EQUAL force value of 1 kilonewton but in the kiloponds force unit alternative.
| kN/kp force conversion result | ||||
| From | Symbol | Equals | Result | Symbol |
| 1 | kN | = | 101.97 | kp |
Conversion chart - kilonewtons to kiloponds
1 kilonewton to kiloponds = 101.97 kp
2 kilonewtons to kiloponds = 203.94 kp
3 kilonewtons to kiloponds = 305.91 kp
4 kilonewtons to kiloponds = 407.89 kp
5 kilonewtons to kiloponds = 509.86 kp
6 kilonewtons to kiloponds = 611.83 kp
7 kilonewtons to kiloponds = 713.80 kp
8 kilonewtons to kiloponds = 815.77 kp
9 kilonewtons to kiloponds = 917.74 kp
10 kilonewtons to kiloponds = 1,019.72 kp
11 kilonewtons to kiloponds = 1,121.69 kp
12 kilonewtons to kiloponds = 1,223.66 kp
13 kilonewtons to kiloponds = 1,325.63 kp
14 kilonewtons to kiloponds = 1,427.60 kp
15 kilonewtons to kiloponds = 1,529.57 kp
Category: main menu • force menu • Kilonewtons
Convert force of kilonewton (kN) and kiloponds (kp) units in reverse from kiloponds into kilonewtons.
Force measuring units
Converter type: force units
First unit: kilonewton (kN) is used for measuring force.
Second: kilopond (kp) is unit of force.
QUESTION:
15 kN = ? kp
ANSWER:
15 kN = 1,529.57 kp
Abbreviation, or prefix, for kilonewton is:
kN
Abbreviation for kilopond is:
kp
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 kilonewtons and kiloponds ( kN vs. kp ) measures exchange.
2. for conversion factors between unit pairs.
3. work with force's values and properties.