You would use Kilograms to weigh a cat.
because a cat is very small but a elephant has more mass than a cat
It would vary depending on the size and breed of the cat, but the average weight of a domestic cat is around 4-5 kilograms, which is equivalent to 4000-5000 grams.
The mass of an average cat is 6.3 pounds.
1 kilogram is 1,000 grams so its kilograms
The average cat weighs 8-10 pounds. That's 3.5 to 4.5 kilograms (35-45 grams); for the sake of singularity, let's go with 40 grams. Density = mass / volume, but there is no known measurement for cat density. So we'll go with what this guy got:http://www.evilmadscientist.com/2007/computing-the-volume-of-a-cat/He got 648 cubic inches, so in metric that is 10.6188 litres.The average cat (or at least his) is 10.62 litres. Hope this helps!
The mass of a cat in grams is greater than the mass of a cat in kilograms when comparing the same cat. For example, if a cat weighs 4 kilograms, that is equivalent to 4,000 grams. Therefore, 4,000 grams is greater than 4 kilograms.
The mass of a cat in grams is greater because in 1 gram = 1,000 kilograms.
It depends on the amount of space the cat's belly consumes...
Snickers weighs about 5,310 grams.
A ten year old cat's mass is most likely to be around 6 kilograms, as 6 grams would be extremely lightweight for a cat of that age and size.
The law of gravity says the force experienced is proportional to the product of the two masses and inversely proportional to the square of the distance between them. Effectively on earth the measurement of the force of gravity on a mass is the weight of the mass. As an Elephant has more mass than a Cat, it weighs more than the Cat (because the mass of the Earth is constant).
The mass of an average cat (male) is around 5 kilograms = 5,000 grams
The distances between each animal and the center of the Earth are essentially identical, but the elephant has more mass than the cat. So, when the appropriate numbers for each are entered into the the formula for the gravitational forces of attraction according to Newton's universal law, the force expected in the case of the elephant will be found to be greater than the force expected to act on the cat, by the same ratio as that of the elephant's mass to the cat's mass.
The law of gravity says the force experienced is proportional to the product of the two masses and inversely proportional to the square of the distance between them. Effectively on earth the measurement of the force of gravity on a mass is the weight of the mass. As an Elephant has more mass than a Cat, it weighs more than the Cat (because the mass of the Earth is constant).
This depends on ones perspective and understanding of how the metric system is built up. If this cat's weight is 2.5 kilogram then this can also be written as 2,500 grams. The actual "numbers" used to display the result is less in kilogram than in grams, but we also have to realize and know that the word "Kilo" mean "thousand" We typically shorten kilogram to "kg", but it does not alter the units of measurement, of which is still grams. It is only the presentation of the numbers that will be different, but it will read out just the same number. It is quite different to the imperial system which today have units that are standardized and described "accurately" using metric measurements. Where as the imperial system also differ between USA and UK, the metric system is the same all over the world.
The amount of attraction depends on the masses involved, and the distance. The distance to the center of the Earth is the same in both cases. The mass of the Earth is also the same. The only thing that varies is the mass of the elephant, versus the mass of the cat.
Yes, a typical house cat weighs between 4 to 5 kilograms (4000-5000 grams) on average.