a kilogram I would start by using a scale, but I agree, Kilograms would be the most efficient of the two units of measure.
A child that is about 5.
Grams are not a measure for weight so the question is like asking how many kilometres would a dollar worth of pennies weigh!
None. A millimetre is a measure of length; weight would be measured in millinewtons.
Kilograms measure mass, or weight. Meters measure distance, or length. So there is no answer for the question as asked. Consider: 69 meters of thread would weigh a tiny fraction of what 69 meters of steel I-beam would weigh. It does depend. You have to specify.
You can weigh it on a scale.
a kilogram I would start by using a scale, but I agree, Kilograms would be the most efficient of the two units of measure.
well it does depend on how much you weigh if you are a child then you both would have the same acceleration but if you are an adult then the child would have no acceleration. O: i am so smart.
pounds
Kilograms. Where I live we would weigh tables in kilograms and grams and measure tables in centimetres or millimetres. Some people may weigh tables in pounds and ounces and measure tables in feet and inches.
Kilograms are a measure of mass, as opposed to 'weight.' You would weigh 35 pounds, or 155 newtons, on the moon. This would feel like 15 kilograms on earth.
A child that is about 5.
Pounds are a measure of mass, not weight. A typical male white rhinoceros would weigh 162,300 poundals while a female would weigh 120,000 poundals.
You would typically measure an encyclopedia in grams, as kilograms are typically used to measure heavier weights. A typical encyclopedia would not weigh enough to be measured in kilograms.
Here in the States we use pounds.
Mars has a gravitational pull about 38% of that on earth. So if you weigh 100 pounds on earth, you would only weigh 38 pounds on mars. If you are a kid that weighs about 80 pounds, you would weigh only about 30.4 pounds on mars!
An average child would weigh approximately 38.7% of their weight on Mercury compared to Earth. This means that if a child weighs 50 pounds on Earth, they would weigh around 19.35 pounds on Mercury. Mercury's weaker gravity compared to Earth is responsible for this difference in weight.