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You are given 100 light pins. they are all exactly the same. you are asked to find the mass of 1. but is too light for a reading. describe how you would find the mass of a single pin?
To find the mass of a single pin, I would divide the total mass of all 100 pins by 100 to get the average mass per pin. This way, I can determine the mass of one pin indirectly even if it's too light for a direct reading.
What is the correct too to use to find the mass?
A balance is the correct tool to use to find the mass of an object.
Is a 1971 quarter rare?
May not be readily available but shouldn't be too hard to find if you do some research. Any quarter from a 1970-72 Chevelle will work.
Why would you be more likely to find the mass of a pen in grams?
For that, you need to know its mass t realize why. Its mass is too small to be found accurately in terms of kilograms. In milligrams, it's accurate, but you have to write down hel of a lot digits (or it's too heavy for milligrams and below) You left with grams.
Where can I find cell phone for free for people on medicare and ma. health?
iwant too know about the freephone too ppl that are in mass health and food stamp i would like the applacation please
What is the mass of an anchor 40g or 40kg?
The mass of an anchor is 40 kg. 40 g would be too light for an anchor.
Would mass percent of water be too high too low or unchanged if heating was insufficient to remove all of the water from the hydrated salt?
The mass percent of water would be too high if heating was insufficient to remove all of the water from the hydrated salt, as some water would still be present in the compound.
How mass came to be measured in grams?
I'm not too sure but is it because they wanted to find a more accurate mass when they used kg only?And I dunno
What is a 4 letter word for arctic mass?
Floe! It took us a while to find this word too!
What is the basic unit of mass in the metric system?
The kilogram. It would not be gram because it is too small.
What is the significance of the mass-luminosity relationship?
The mass/luminosity relation is important because it can be used to find the distance to binary systems which are too far for normal parallax measurements.
Would the mass be the same in a sealed cup of water?
Yes, the mass of the sealed cup of water would remain the same as long as no water is added or removed from the cup. The mass is a measure of the amount of matter in the system, which would not change in a sealed environment.
