To find the weight of an object in grams when you know the weight in kilograms, you can simply multiply the weight in kilograms by 1000. Since 1 kilogram is equal to 1000 grams, this conversion allows you to convert easily between the two units of measurement.
It could be said that it is how much force is gravity putting on the object, weight is related to mass and gravity, such that : weight = mass x gravity It is a common mistake thinking that weight is same as mass, mass is the amount of quantity in an object, and doesn't vary according to position as weight does. It means that you put fat on
A coin is typically measured in grams, as it usually has a small weight. If the weight is very large, it could be measured in kilograms.
you can measure weight by a scale. weight could change from place to place like if you go to the moon you will weigh less because there is less gravitational pull on you. it basically depends on mass and mass is the amount of matter an object is made of. mass does not change so on the moon your mass does not change it's your weight that changes
A house, a large plane, a blue whale, the statue of Liberty, and the space junk left on the moon combined
If some observation units are more important than others then you could give them more weight in any analysis.
Length could be centimetres. Volume could be litres. Weight could be kilograms.
The weight of a guitar could be determined in either kilograms or grams, but preferably in kilograms.
It could be said that it is how much force is gravity putting on the object, weight is related to mass and gravity, such that : weight = mass x gravity It is a common mistake thinking that weight is same as mass, mass is the amount of quantity in an object, and doesn't vary according to position as weight does. It means that you put fat on
A coin is typically measured in grams, as it usually has a small weight. If the weight is very large, it could be measured in kilograms.
You could weigh it against other objects. If it is not on the surface, multiply its mass by the acceleration of gravity (at that distance) to find its gravitational potential in newtons.
you can measure weight by a scale. weight could change from place to place like if you go to the moon you will weigh less because there is less gravitational pull on you. it basically depends on mass and mass is the amount of matter an object is made of. mass does not change so on the moon your mass does not change it's your weight that changes
Kilograms are usually used in most countries, even though kilograms are technically a unit of MASS, not of WEIGHT.The official unit for weight is the newton, since a weight is a force.
A 100 g object is any item that has a mass of 100 grams, which is equivalent to 0.1 kilograms. This could be something like a small apple, a bar of soap, or a few sheets of paper. The weight can vary depending on the object’s material and structure, but it always represents the same mass regardless of the object's size or shape.
I would use kilograms to weigh a cat, as it provides a more practical measurement for their overall weight. Cats typically weigh between 2 to 10 kilograms, making kilograms a convenient unit for this range. Grams could be used for more precise measurements, but kilograms are generally sufficient and easier to understand in this context.
1 Newton = 1 kg*m/s2The force of weight (W), expressed in Newtons, equals the mass of the object (measured in kilograms) times "g" (a constant that represents the acceleration due to gravity).W = m*gOn Earth, g = 9.81 m/s2. But we physicists are lazy, and like to call it 10 instead.So, Weight (in Newtons) = mass (in kilograms) x 10 m/s2.
that could be around 18000 kilograms.
you use pounds or, since you're asking about metric measure, kilograms. You could use either but the answer in kilograms is much easier to read and write since. For example, if the cow weighs 700 lbs, its weight in grams would be 317,514 g. It's weight in kilograms would be 317.5 kg.