Mass is just the quantity of matter in the marshmallow, so you just need weigh it.
If you wanted its density, then you must also determine the volume.
The simplest way would be to slice off the irregular sides of the marshmallow to make some simple shape, and thus measure the (e.g. simple cube) volume of the sample. There will be a small error, because the original edges of the sweet would be different from the remainder.
Otherwise, determine the volume by immersing the marshmallow in a non-wetting fluid, and determine the volume in the Archimedes manner.
I'm not sure what a good non-wetting liquid would be. Mercury suggests itself, but that is a dangerous fluid. Perhaps a 'seething' liquid such as Lycopodium Powder would do, or any powder with a low density. A few ounces grams of small glass beads might be worth a try?
No, a marble and a marshmallow will not have the same buoyancy. Buoyancy is determined by the weight and volume of an object, with less dense objects experiencing greater buoyant force. A marshmallow is less dense than a marble, so it will experience more buoyancy and float more easily in a liquid.
You can calculate the mass of an object by multiplying its density by its volume. The formula to calculate mass is: mass = density x volume.
Marshmallows vary in density. They are not a pure substance. As they contain air bubbles their density can be altered merely by squeezing them as can their volume but their mass would be the same even if smashed into pieces. The marshmallow's physical dimensions would change.
Different manufacturer's marshmallows will be of different mass so there is no simple answer. If you want the answer you will have to do some work:Get an unopened packet of marshmallows. The net mass should be given on the packet. Suppose that is g grams. Next open the packet and count the number of marshmallows in the packet. Suppose that number is n.Then the mass of each marshmallow, on average, is g/n grams.Having done ALL that hard work, you deserve a marshmallow - or two!
To calculate the atomic mass of an element, add up the mass of protons and nuetrons.
No. you will know the volume of the unknown mass after you calculate the mass of ca0
You would need to know the density of the object in order to calculate the volume from the mass. The formula to calculate volume from mass and density is: Volume = Mass / Density.
The same way you calculate the atomic mass of other elements.
Marshmallow in spanish is simply "marshmallow" Its just pronouced different.Translation: Bon bon
Protons and neutrons= mass
That would depend on the make of the marshmallow gun, the size of the marshmallow, and what is used to propel the marshmallow. A pump action marshmallow gun could launch a regular sized marshmallow 30 feet. If one makes a marshmallow shooter that depends on blowing into the tube, the distance would depend on how hard one can blow.
No, Marshmallow is a suspension.