1 kg is not equal to 9.8 newton. It's the amount of mass that weighs 9.8 newton
on earth.
The weight of anything is
(object's mass) times (the local acceleration of gravity).
When the same mass moves to places with different gravity, its weight is different.
The acceleration of gravity anywhere on or near the surface of the earth is 9.8 meters per second2 .
The weight of 1 kilogram of mass anywhere on or near the surface of the earth is
(1 kilogram) times (9.8 meter per sec2) = 9.8 kilogram-meter/sec2 = 9.8 newton.
The weight of 1 kg is 1 kg on Earth. If the force is to be determined, it is 9.8 Newtons due to gravity.
1 kg when dropped accelerates at 9.81 metres per second per second under gravity. Newton's 2nd law says force is mass times acceleration, and the force in Newtons is therefore the mass (1) times the acceleration (9.81), which is 9.81 Newtons. That is the force pulling it down, also termed its weight.
On Earth only, 2 kg of mass weighs 4.41 lb.It has different weights in other places.
On or near the surface of the Earth, 1 newton is the weight of 0.102 kg. In other places, 1 newton is the weight of a different amount of mass.
It will weigh between 355.4 Newtons (at 100 deg C) and 370.8 Newtons (at 4 deg C).
On Venus, the acceleration due to gravity is about 8.87 m/s^2. Since weight (in newtons) is equal to mass (in kg) multiplied by acceleration due to gravity, the weight of 1 kg on Venus would be 8.87 newtons.
1 newton is 1 kg-m/s^2, there is no conversion. A kg is a measure of weight, while a Newton is a measure of force.
1 newton/mm2 is equal to 100 newtons/cm2.100 newtons is equal to a mass of 100 / 9.81.Mass acting on 1cm2 = 10.193 kg.
Strictly speaking a kilogram is a measure of mass while a Newton is a measure of force. An object's weight is the force of gravity acting on it. The object's mass stays the same everywhere but its weight can depend on where it is. A Newton is defined as the force that will accelerate a 1-kg mass by 1 m/s/s. A 1-kg mass dropped near the Earth's surface will accelerate by 9.806 m/s/s, so the force of gravity on it is 9.806 Newtons (because force = mass x acceleration). So a 1-kg mass has a weight which is a force of 9.806 Newtons, or 0.009806 kilonewtons. On the Moon the same 1-kg mass would have less weight, 1.6 Newtons.
1 kg is a mass, not a weight. On Earth, it weighs 9.8 newtons (2.205 pounds). In other places, its weight is different.
'Kg' is a unit of mass, not weight. On Earth, 1 kg of mass weighs 9.8 newtons, and 1 newton is the weight of about 0.102 kg of mass. On the moon, the same kg of mass weighs 1.6 newtons, and 1 newton is the weight of about 0.616 kg of mass. On Mars, the same kg of mass weighs 3.7 newtons, and 1 newton is the weight of about 0.269 kg of mass.
1 litre of water has 1 kg of mass. So, on Earth, it weighs 9.8 newtons (2.205 pounds).1 litre of pure water at standard temperature has 1 kg of mass.1 kg of mass weighs 9.8 newtons (2.20462 pounds) on earth.600 litres of pure water at standard temperature has 600 kg of mass.600 kg of mass weighs (600 x 9.8) = 5,880 newtons. (on earth, rounded)600 kg of mass weighs (600 x 2.20462) = 1,322.77 pounds. (on earth, rounded)
A mass of 30 kg weighs about 294 newtons (66.2 pounds) near the earth's surface.Any force of 294 newtons (66.2 pounds) or more, pointing straight up, can lift a 30 kg load.
One gram is equal to about 980.665 dynes.
Newtons is a measure of Force and Kilograms of mass, so this conversion only has sense for a particular gravitational field. On earth's surface a mass of 1 Kg exerts a force a force of approximately 9.8 Newtons, so 125 Kg exert a force of approximately 1225 Newtons. Using the conversion 1 Kg to 10 Newtons is also widely accepted in some fields, so you could approximate it to 1250 N
98 Newtons.
98 newtons is equivalent to approximately 22 pounds.