1 stone = 14 pounds1 pound = 0.454 kilograms (approximately)Therefore:16 stones = 224 pounds = 102kg
He was a svelte 65kg, 17th century diets being substantially lower in trans-fats than they are todayAnother answer:Apparently the above answer is directed at Sir Isaac, not he unit of force, which is what I believe you are asking about.The relationship is:1 kilogram of force = 9.80665 newtons
weighs 102kg
weighs 102kg
Well, some says that it is 102kg, some says its 117kg.Sources:http:/www.elephantfriends.org/tusks.htmlWhat_is_the_heaviest_elephant_tusk_recorded
The world's smallest horse, Thumbelina, weighs roughly 26kg. Other miniature horses can weigh between 80kg and 102kg
1 stone = 14 pounds1 pound = 0.454 kilograms (approximately)Therefore:16 stones = 224 pounds = 102kg
He was a svelte 65kg, 17th century diets being substantially lower in trans-fats than they are todayAnother answer:Apparently the above answer is directed at Sir Isaac, not he unit of force, which is what I believe you are asking about.The relationship is:1 kilogram of force = 9.80665 newtons
No, 1N=.102kg. To convert Newtons to kilograms just divide by 9.8m/s2. This is the acceleration of gravity near Earth's surface. F=ma, where F is the force measured in Newtons, m is the mass measured in kilograms, and a is the acceleration in meters per second per second.
95 lbs.
This question cannot be answered in the way requested because of the following; 1: The velocity of the object is unknown 2: The distance could be in any direction, and completing this equation requires that direction to be known.
The acceleration of gravity is 10 m/s2 (or close to it depending on what latitude you're at and how much accuracy you want in this example) The 102 Kg mass has a force of 1020 Newtons acting on it. The 185 Kg mass has a force of 1850 Newtons acting on it. As these two forces oppose each other (because of the pulley) the net force is one of 830 Newtons acting downwards on the 185 Kg mass. Now as these two masses are physically joined together they will act as a single mass acted on by a force of 830 Newtons - it is just that one mass will be going down and one will be going up because of the pulley. Force/mass = acceleration 830Newtons/287Kg = 2.89 m/s2
Newtons -------------- 1 N = 100 g 10 N = 1 kg -------------- KiloNewtons -------------- 1 kN = 1000 N = 100 kg 10 kN = 10000 N = 1000 kg -------------- Kilograms are always for one 0 less than Newtons. 'Kilo' increases a value x1000 times. If there are 12 N, then there are 1,2 kg. ___ That is only an estimation. A kiloNewton (kN) is a measure of force while a kilogram (kg) is a measure of mass. F=ma. F=force, m=mass, a=acceleration When talking about weight, weight is a force. So if something weighs 1kN then it will have a mass of 102kg. Get this by dividing this force by the gravitational constant. The acceleration gravitational constant is around 9.81m/s2. But gravity need not be the only force acting on a body. It could be the acceleration from an engine that is driving it.
1 pound is defined as 0.45359 kilograms. Therefore to convert kilograms to pounds, we need to divide value in kilograms by conversion factor which is 0.45359: 100.2 kilograms = 100.2 / 0.45359 = 220.90319 pounds