The mass of thirty kilograms of paper clips is the same as thirty-five kilograms of lead. However, lead has a higher density than paper clips, so the lead will have a smaller volume compared to the paper clips. In terms of inertia, both objects will have the same inertia when experiencing the same acceleration, as inertia is directly proportional to mass.
100 small paper clips weigh 100 grams.
You would typically use grams (g) or milligrams (mg) to measure the mass of a paper clip.
To calculate the mass you need to know the volume of the object and the density of the material from which it is manufactured.
It depends on the brand and packaging, but a standard box of three-inch paper clips typically contains around 100 to 150 clips.
paper clips do not weigh much, perhaps a gram each, so 10 weigh about 10 grams, so you would use grams, not kilograms, since 1 kg = 1000 grams
No, paper clips are typically very light. It would take approximately 5,000 standard paper clips to weigh about 500 grams, not 5,000 grams.
grams
Since 1 kilogram is equal to 1000 grams, a 0.5 kilogram box would contain 500 grams of paper clips. Therefore, there would be approximately 500 paper clips in a 0.5 kilogram box.
The mass of thirty kilograms of paper clips is the same as thirty-five kilograms of lead. However, lead has a higher density than paper clips, so the lead will have a smaller volume compared to the paper clips. In terms of inertia, both objects will have the same inertia when experiencing the same acceleration, as inertia is directly proportional to mass.
it is about the weight of 9 paper clips. put 9 paper clips in your hand and that's the answer! B)
100 small paper clips weigh 100 grams.
200 paper clips
About 1-1.4 grams.
Approximately the weight of 30 paper clips.
10.135/10 = 1.0135 grams.
It would be weighed in kilograms. Used in context here: http://www.mojoprint.jp/paper-samples.php