Convert from Newton meters to Watt seconds. Enter the amount you want to convert and click the convert button.
| 1 Newton meters = 1 Watt second | 10 Newton meters = 10 Watt seconds | 2500 Newton meters = 2500 Watt seconds |
| 2 Newton meters = 2 Watt seconds | 20 Newton meters = 20 Watt seconds | 5000 Newton meters = 5000 Watt seconds |
| 3 Newton meters = 3 Watt seconds | 30 Newton meters = 30 Watt seconds | 10000 Newton meters = 10000 Watt seconds |
| 4 Newton meters = 4 Watt seconds | 40 Newton meters = 40 Watt seconds | 25000 Newton meters = 25000 Watt seconds |
| 5 Newton meters = 5 Watt seconds | 50 Newton meters = 50 Watt seconds | 50,000 Newton meters = 50,000 Watt seconds |
| 6 Newton meters = 6 Watt seconds | 100 Newton meters = 100 Watt seconds | 100,000 Newton meters = 100,000 Watt seconds |
| 7 Newton meters = 7 Watt seconds | 250 Newton meters = 250 Watt seconds | 250,000 Newton meters = 250,000 Watt seconds |
| 8 Newton meters = 8 Watt seconds | 500 Newton meters = 500 Watt seconds | 500000 Newton meters = 500000 Watt seconds |
| 9 Newton meters = 9 Watt seconds | 1000 Newton meters = 1000 Watt seconds | 1000000 Newton meters = 1000000 Watt seconds |
Embed this converter into your page or blog by copying the following HTML code:
');> //—> Force is a physical quantity that is a measure of the influence on a given body from other bodies.
1 kilogram = 9.80665 newtons (N)
You can quickly perform this simple mathematical operation using our online program. To do this, enter the initial value in the appropriate field and click the button.
For complex calculations to convert several units of measurement into the required one (for example, for mathematical, physical or budget analysis of a group of positions), you can use universal unit converters.
This page presents the simplest online converter of the unit of measurement newtons to kilograms. With this calculator you can convert N to kg and back in one click.
| newton | |
| N, N | |
| Magnitude | force |
| System | SI |
| Type | derivative |
How many kilograms are in a newton meter?
Newton meter to kilogram-force meter
| 1 newton meter | = | 0.101972 Kilogram-force-meter |
| 1 Kilogram-force meter | = | 9.80665 Newton meters |
Interesting materials:
How to block Wi-Fi access on your phone? How to block Wi-Fi access via phone? How to lock the screen of a Samsung phone? How to block the Internet on a child’s phone? How to block YouTube on your phone? How to block a contact on LG k7? How to block a contact on a Samsung phone? How to block SMS messages on your phone? How to block an unwanted number on your phone? How to block a phone number on Android?
Torque and power - the main characteristics of the engine
So, what are these main characteristics and what do they affect?
If the power is more or less clear and the average car enthusiast will say that 100 horsepower is enough for a budget hatchback, then with torque there is complete confusion. The power of a car characterizes its speed qualities - the higher the power, the higher the speed can be achieved. It just so happens that in the automotive world, power is usually measured in horsepower. However, engine power is not a constant value and directly depends on its speed. In other words, at low speeds, not the entire “herd of horses” is involved in engine operation, but only a certain part of it. So for gasoline engines of most modern cars, maximum power (which is indicated in the passport) is achieved at 5000-6000 rpm, and for diesel engines - 3000-4000. However, in everyday city driving, engine speeds tend to be lower, which means less power. Now imagine that we need to accelerate to overtake - we press the pedal and discover that “the car is not moving.” What is the reason? The reason is torque.
Torque is the product of force by the arm of the lever to which it is applied, Mkr = F x L. Force is measured in newtons, lever - in meters. 1 Nm is the torque created by a force of 1 N applied to the end of a lever 1 m long. In an internal combustion engine, the role of the lever is played by the crankshaft crank. The force generated by the combustion of fuel acts on the piston, through which it creates torque. In the context of this article, torque is the quantity that determines how quickly an engine can produce maximum power. It is not difficult to guess that it is this value that characterizes the dynamics of acceleration. Just like power, maximum torque is indicated for specific engine speeds. In this case, the important parameter is not so much the magnitude of the torque as the speed at which it is achieved. For example, for sharp acceleration during quiet driving (2000-2500 rpm), an engine whose torque is achieved at low speeds is more preferable - press the pedal and the car fires.
It is known that serial gasoline engines do not develop the highest torque, and the maximum value is achieved only at medium speeds (usually 3000-4000). But gasoline engines can spin up to 7-8 thousand rpm, which allows them to develop quite a lot of power. In contrast to such engines, “low-speed diesel engines”, developing no more than 5,000 rpm, have an impressive torque, accessible almost from the very bottom, while losing in maximum power.
And for dessert, a little math. Engine power can be calculated using the formula:
P = Mkr*n/9549 [kW],
where Mkr is the engine torque (Nm), n is the engine crankshaft speed (rpm).
To obtain horsepower, the result must be multiplied by a factor of 1.36.
In practice, it is known that engine power depends to a greater extent on rpm, because this value is “easier to increase” than torque.
Bottom line: engine power is important for maximum speed, and torque is important for acceleration. In this case, an important characteristic is the engine speed at which this torque is maximum, that is, at which maximum acceleration is possible.
What is 1 newton per meter?
Newton meter (Russian designation N·m; international: N·m) is a unit of measurement of moment of force in the International System of Units (SI). One newton meter is equal to the moment of force created by a force equal to 1 N relative to a point located at a distance of 1 m from the line of action of the force.
What is 1 newton per meter in kg?
Newton meter to kilogram-force meter
| 1 newton meter | = | 0.101972 Kilogram-force-meter |
| 1 Kilogram-force meter | = | 9.80665 Newton meters |
How many meters are in 1 Newton?
Newton meter (Nm) is a derived unit of torque in the International System of Units (SI). One newton meter is equal to the moment of force created by a force of one newton applied to the lever at a distance of one meter from the axis of rotation of the lever and perpendicular to it.
How to determine newton per meter?
Scientifically speaking, torque is equal to the product of force and the arm of its application and is measured in Newton meters. This means that if we apply a force of 1 Newton (perpendicular to the end of the wrench) to a wrench 1 meter long (arm), we will obtain a torque equal to 1 Nm. For clarity.
How many kilograms make 100 newtons?
100 newtons to kilogram-force
| 100 newtons | = | 10.197161 Kilogram-force |
| 100 Kilogram-force | = | 980.665085 newtons |
What is 1 Newton in kg?
Newton is a derived unit. Based on Newton's second law, it is defined as a force that changes the speed of a body weighing 1 kg by 1 m/s in 1 second in the direction of the force. Thus, 1 N = 1 kg m/s2.
How much is 1 nm in kg?
1,000 Nm = 10197.162 kgf*cm.
How many newtons are in 10 kg?
10 newtons to kilogram-force
| 10 newtons | = | 1.019716 Kilogram-force |
| 10 Kilogram-force | = | 98.066508 newtons |
How to convert Milinewton to Newton?
Millinewton to newton
- Millinewton =
- 0.001. newton
- newton =
- 999.999914. Millinewtons Share Convert other quantities
What is a kilogram force?
The kilogram-force is convenient because its value, with sufficient accuracy in practice, is equal to the weight of a body weighing 1 kg, so it is easy for a person to imagine, for example, what a force of 5 kgf is. 1 kgf = 9.80665 newtons (exactly) ≈ 10 N.
What is torque in simple words?
Moment of force (moment of force relative to a point; also: torque, rotational moment, turning moment, torque) is a vector physical quantity that characterizes the action of a force on a mechanical object, which can cause its rotational motion.
How to understand the torque in a car?
Torque, remember, is the product of force and the lever arm. And for an engine, this is the force with which the engine crankshaft rotates. It is usually measured in newtons per meter or kilogram-force per meter.
What is Nm of torque?
Force is measured in newtons, leverage in meters. 1 Nm is the torque created by a force of 1 N applied to the end of a lever 1 m long. In an internal combustion engine, the crankshaft crank plays the role of a lever. ... It turns out that the main characteristic of the engine is the amount of torque on the crankshaft.
How many kilograms make 1000 newtons?
Newtons to Kilogram-force
| 1 Newton = 0.102 Kilogram force | 10 Newtons = 1.0197 Kilogram force | 2500 Newtons = 254.93 Kilogram force |
| 9 Newtons = 0.9177 Kilogram force | 1000 Newtons = 101.97 Kilogram force | 1000000 Newtons = 101971.62 Kilogram force |
What is 1000 Newton equal to?
1000 newtons - 4 (four) letters
Newton meter
Newton meter
(designation N·m, international - N·m) is a unit of measurement of moment of force in the International System of Units (SI).
One newton meter is equal to the product of a lever arm of 1 meter and the weight of the material on the lever of 1 newton. For the lever to be balanced, the number of newton meters on both levers must be equal.
Multiples and submultiples
Newton was taken as the basis of the unit.
| Multiples | Dolnye | ||||||
| magnitude | Name | designation | magnitude | Name | designation | ||
| 10 1 Nm | decanewton meter | daNm | daN m | 10 −1 N m | decinewton meter | daNm | dN m |
| 10 2 Nm | hectonewton meter | gNm | hN m | 10 −2 Nm | centinewton meter | cNm | cN m |
| 10 3 Nm | kilonewton meter | kNm | kN m | 10 −3 Nm | millinewton meter | mN m | mN m |
| 10 6 Nm | meganewton meter | MN m | MN m | 10 −6 Nm | micronewton meter | µN m | µN m |
| 10 9 Nm | giganewton meter | GN m | GN m | 10 −9 Nm | nanonewton meter | nNm | nN m |
| 10 12 Nm | teranewton meter | TN m | TN m | 10 −12 Nm | piconewton meter | pN m | pN m |
| 10 15 Nm | petanyuton meter | PN m | PN m | 10 −15 Nm | femtonewton meter | fNm | fN m |
| 10 18 Nm | exanyuton meter | EN·m | EN m | 10 −18 Nm | attonewton meter | aN m | aN m |
| 10 21 Nm | zettanewton meter | ZN m | ZN m | 10 −21 Nm | zeptonewton meter | zNm | zN m |
| 10 24 Nm | yottanyewton meter | IN·m | YN m | 10 −24 Nm | yoctonewton meter | iN m | yN m |
| not recommended for use | |||||||
Conversion to other units
1 kilogram-force meter = 9.80665 Nm 1 inch-ounce-force = 7.0615518 mNm 1 dyne centimeter = 10 −7 Nm
Wikimedia Foundation. 2010.
- N'kong, Alain
- n-Butyllithium
See what “Newton meter” is in other dictionaries:
newton meter - newton meter, newton meter ... Spelling dictionary-reference book
NEWTON METER — (N•m, N•m), SI unit of moment of force and moment of a couple of forces. 1 N•m moment of force equal to 1 N, relative to a point located at a distance of 1 m from the line of action of the force. 1 N•m=107 dynes•cm=0.102 kgf•m. Physical encyclopedic dictionary. M.: Soviet... ...Physical Encyclopedia
newton meter - noun, number of synonyms: 1 • newtonometer (1) ASIS Dictionary of Synonyms. V.N. Trishin. 2013 ... Dictionary of synonyms
newton meter atitikmenys: engl. newton meter vok. Newtonmeter, n rus. newton meter, m pranc. newton mètre, m … Penkiakalbis aiškinamasis metrologijos terminų žodynas
newton meter - newton meter, and ... Russian spelling dictionary
newton meter - (2 m), R. new/ton me/tra ... Russian spelling dictionary
newton meter - new/to/n me/tr, and... Together. Apart. Hyphenated.
newton-meter- second atitikmenys: engl. newton meter second vok. Newtonmeter Sekunde, f rus. newton meter second, f pranc. newton mètre… … Penkiakalbis aiškinamasis metrologijos terminų žodynas
Meter - This term has other meanings, see Meter (meanings). Meter (Russian designation: m; international: m; from other Greek μέτρον measure, meter) a unit of measurement of length and distance in the International System of Units SI. Meter... ...Wikipedia
Newton (unit of measurement) - This term has other meanings, see Newton. Newton (symbol: N) is a unit of force in the International System of Units (SI). The accepted international name is newton (designation: N). Newton derived unit. Based on the second... ...Wikipedia
What is newton per meter?
What is 1 newton per meter in kg?
Newton meter to kilogram-force meter
| 1 newton meter | = | 0.101972 Kilogram-force-meter |
| 1 Kilogram-force meter | = | 9.80665 Newton meters |
What is measured in newton per meter?
-Greek μέτρον - measure, meter; Russian designation: nm; international: nm) is a submultiple unit of length in the International System of Units (SI), equal to one billionth of a meter (that is, 10−9 meters). The outdated name is millimicron (10−3 microns; designations: mmk, mµ or (less commonly) µµ).
How many N are in 1 kg?
Newton (N) is a derived unit of force in the International System of Units (SI). Based on Newton's second law, the unit newton is defined as the force that changes the speed of a body weighing one kilogram by 1 meter per second in one second in the direction of the force. Thus, 1 N = 1 kg m/s².
How to convert nm to kg?
Convert kgm to Nm and back
- 1 kgm = 9.80665 Nm
- 1 kilogram-meter = 9.80665 newton-meter This page provides the simplest online calculator for converting Nm to kgm (Newton meters to kilogram meters) and vice versa. With this calculator you can convert Nm to kgm and vice versa in one click. Telegram. Viber. WhatsApp.
How many kilograms are in 10 newtons?
10 newtons to kilogram-force
| 10 newtons | = | 1.019716 Kilogram-force |
| 10 Kilogram-force | = | 98.066508 newtons |
What is a kilogram force?
The III General Conference on Weights and Measures (1901) gave this unit the following definition: “the kilogram-force is equal to the force that imparts to a mass at rest, equal to the mass of the international prototype of the kilogram, an acceleration equal to the normal acceleration of gravity (9.80665 m/s2)” .
What is Nm in a car?
Engine torque is measured in Newton meters (Nm).
What is 1 day m equal to?
Value converter - 1 daN = 0.01 daN = 0.1 kg*m/s² = 0.010197162 kgf = 0.0001 kN = 0.1 N
What is torque Nm?
Force is measured in newtons, leverage in meters. 1 Nm is the torque created by a force of 1 N applied to the end of a lever 1 m long. In an internal combustion engine, the crankshaft crank plays the role of a lever. ... It turns out that the main characteristic of the engine is the amount of torque on the crankshaft.
How much does 1 kg weigh in Newtons?
Newton (weight) to kilogram
| 1 Newton (weight) | = | 0.101972 kilograms |
| 1 kg | = | 9.806652 Newton (weight) |
How many newtons are in 1 liter?
On the surface of the Earth, the weight of one liter of water is approximately 9.8 newtons.
How many kilograms make 100 newtons?
100 newtons to kilogram-force
| 100 newtons | = | 10.197161 Kilogram-force |
| 100 Kilogram-force | = | 980.665085 newtons |
How to convert newton per meter to kilogram per centimeter?
Newton meter to kilogram-force centimeter
- Newton meter =
- 10.197162. Kilogram-force-centimeter
- Kilogram-force-centimeter =
- 0.098066. Newton meters Share Convert other quantities
How many kgf in nm?
1 kilogram-force meter = 9.80665 newton meters
With this calculator you can convert Nm to kgcm and vice versa in one click.
