No, if you melt a coin it is still the same mass just in a different form.
No; melting/freezing points do not change as a function of mass, as long as the mass maintains constant composition.
increast
If a DNA strand is denatured, it is generally as a result of an increase in temperature. If monitored, the absorbance can be graphed as a function of temperature. The midpoint in the resulting curve is the melting point. The melting curve can be altered by decreasing the ionic concentration, causing an decrease in the melting temperature. This is due to the Poly-anion nature of the DNA helix. When the ionic strength is decreased, the stability of the DNA strand decreases. When a small amount of ethanol is added, the non-polar effect has the biggest impact. When EtOH is added, the non-polar nature of the solution is decreased, resulting in a decreased importance of the hydrophobic forces on the stability of the helix, resulting in a lower melting temperature.
The melting and boiling points are different. Butane has a melting point of 135.4K and 2-methylpropane [isobutane] has a melting point of 114K. The boiling point of Butane is 272.6K and isobutane @ 261K. It has to do with there structures. J
By knowing that the coin would be affected by m leave it on water easuring the changes if you
You cant, the mass will always be the same, NO matter what.
Directly proportional
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Directly proportinal
No; melting/freezing points do not change as a function of mass, as long as the mass maintains constant composition.
mass
When a coin ages it lowers the mass of a coin because usually some of the metal such as copper on a penny comes off the coin leaving it with a lighter mass then it started off with.
it gets decreased
The initial mass is 48,702 g.
It doesnt. Law of Conservation of Mass.
increast
This can't be answered. It depends what the coin is made of.