Input | Output | Table Chart | |
---|---|---|---|
1 kip | 4.4482216 kN | kips to kilonewtons table | |
1 kip | 4448.2216 N | kips to newtons table | |
1 kip | 1000 lbf | kips to pound-forces table | |
1 N | 1 j/m | newtons to joules per meter table | |
1 kN | 0.102 tf | kilonewtons to ton-forces (metric) table | |
1 kN | 0.2248 kip | kilonewtons to kips table | |
1 tf | 9.80665 kN | ton-forces (metric) to kilonewtons table | |
1 kN | 1000 j/m | kilonewtons to joules per meter table | |
1 kip | 0.4464 tnf (UK) | kips to ton-forces (long) table | |
1 kN | 101.97162129779 kgf | kilonewtons to kilogram-forces table |
With the following tool, you can generate and print the piconewtons to ton-forces (metric) reference table based on your own needs. You can find a dynamic tool at piconewtons to ton-forces (metric) table chart (pN to tf) or ton-forces (metric) to piconewtons table chart (tf to pN).
pN | tf |
---|---|
1 | = 1.0197162129779E-16 |
2 | = 2.0394324259559E-16 |
3 | = 3.0591486389338E-16 |
4 | = 4.0788648519117E-16 |
5 | = 5.0985810648896E-16 |
6 | = 6.1182972778676E-16 |
7 | = 7.1380134908455E-16 |
8 | = 8.1577297038234E-16 |
9 | = 9.1774459168014E-16 |
10 | = 1.0197162129779E-15 |
11 | = 1.1216878342757E-15 |
12 | = 1.2236594555735E-15 |
13 | = 1.3256310768713E-15 |
14 | = 1.4276026981691E-15 |
15 | = 1.5295743194669E-15 |
16 | = 1.6315459407647E-15 |
17 | = 1.7335175620625E-15 |
18 | = 1.8354891833603E-15 |
19 | = 1.9374608046581E-15 |
20 | = 2.0394324259559E-15 |
21 | = 2.1414040472536E-15 |
22 | = 2.2433756685514E-15 |
23 | = 2.3453472898492E-15 |
24 | = 2.447318911147E-15 |
25 | = 2.5492905324448E-15 |
tf | pN |
---|---|
1 | = 9.80665E+15 |
2 | = 1.96133E+16 |
3 | = 2.941995E+16 |
4 | = 3.92266E+16 |
5 | = 4.903325E+16 |
6 | = 5.88399E+16 |
7 | = 6.864655E+16 |
8 | = 7.84532E+16 |
9 | = 8.825985E+16 |
10 | = 9.80665E+16 |
11 | = 1.0787315E+17 |
12 | = 1.176798E+17 |
13 | = 1.2748645E+17 |
14 | = 1.372931E+17 |
15 | = 1.4709975E+17 |
16 | = 1.569064E+17 |
17 | = 1.6671305E+17 |
18 | = 1.765197E+17 |
19 | = 1.8632635E+17 |
20 | = 1.96133E+17 |
21 | = 2.0593965E+17 |
22 | = 2.157463E+17 |
23 | = 2.2555295E+17 |
24 | = 2.353596E+17 |
25 | = 2.4516625E+17 |
Piconewton is a unit of force equal to 1/1 000 000 000 000 newton and its symbol (pN). It comes from a combination of metrix-prefix "pico" with the SI derived unit of force "newton".
The ton-forces (metric) is a unit of force. 1 newton = 0.000101972 fon-force (metric).
Centinewton is a unit of force equal to 1/100 newton and its symbol (cN). It comes from a combination of metrix-prefix "centi" with the SI derived unit of force "newton".
Decinewton is a unit of force equal to 1/10 newton and its symbol (dN). It comes from a combination of metrix-prefix "deci" with the SI derived unit of force "newton".
Dekanewton is a unit of force equal to 10 newton and its symbol (daN). It comes from a combination of metrix-prefix "deka" with the SI derived unit of force "newton".
The dyne (symbol "dyn" ) is a unit of force specified in the centimetre-gram-second (CGS) system of units.
Exanewton is a unit of force equal to 1000000000000000000 (1E+18) newtons and its symbol (EN). It comes from a combination of metrix-prefix "exa" with the SI derived unit of force "newton".
Giganewton is a unit of force equal to 1 000 000 000 (1E+9) newtons and its symbol (GN). It comes from a combination of metrix-prefix "giga" with the SI derived unit of force "newton".
Hectonewton is a unit of force equal to 100 newtons and its symbol (hN). It comes from a combination of metrix-prefix "heto" with the SI derived unit of force "newton".
The joule per meter is a unit of force and equivalent to newton (1 joule per meter = 1 newton).
The kilogram-force(kgf) is a gravitational metric unit of force. 1 kilogram-force = 9.80665 newtons.
Kilonewton is a unit of force equal to 1 000 newtons and its symbol (kN). It comes from a combination of metrix-prefix "kilo" with the SI derived unit of force "newton".
A kip is a non-SI unit of force equal to 1,000 pounds-force, used primarily by American architects and engineers to measure engineering loads.
Meganewton is a unit of force equal to 1 000 000 newtons and its symbol (MN). It comes from a combination of metrix-prefix "mega" with the SI derived unit of force "newton".
Micronewton is a unit of force equal to 1/1 000 000 newton and its symbol (µN). It comes from a combination of metrix-prefix "giga" with the SI derived unit of force "newton".
Millinewton is a unit of force equal to 1/1 000 newton and its symbol (mN). It comes from a combination of metrix-prefix "milli" with the SI derived unit of force "newton".
Nanonewton is a unit of force equal to 1/1 000 000 000 newton and its symbol (nN). It comes from a combination of metrix-prefix "nano" with the SI derived unit of force "newton".
Newton is the SI derived unit of force and it is equivalent to joule per meter (1 newton = 1 joule/meter).
Petanewton is a unit of force equal to 1 000 000 000 000 000 newtons and its symbol (PN). It's a combination of metrix-prefix "peta" with the SI derived unit of force "newton".
Piconewton is a unit of force equal to 1/1 000 000 000 000 newton and its symbol (pN). It comes from a combination of metrix-prefix "pico" with the SI derived unit of force "newton".
The pound-force is one of force units measurement and equal to the gravitational force exerted on a mass of one avoirdupois pound on the surface of Earth.
The poundal is a unit of force that is part of the foot-pound-second system of units with symbol "lpd" of system Imperial .
Teranewton is a unit of force equal to 1 000 000 000 000 newtons and its symbol (TN). It comes from a combination of metrix-prefix "tera" with the SI derived unit of force "newton".
The ton-forces (metric) is a unit of force. 1 newton = 0.000101972 fon-force (metric).