No, Dalton is a unit of Atomic Mass, while g/mol is a unit of molar mass.
Dalton's atomic weight is significant in chemistry because it provided a method to compare the masses of different elements. This helped in understanding the composition of compounds and predicting their properties. Dalton's work laid the foundation for the development of the periodic table and the modern understanding of atomic structure.
Dalton's experiments showed that elements combine in definite proportions to form compounds, supporting the idea of atomic theory. He also proposed that atoms of different elements have different masses, and that chemical reactions involve the rearrangement of atoms.
I believe the original question is regarding light spectrum, in which case there is a relationship between the two. Kelvin for light, is a measurement of the heat given off by a black body, which relates to the spectrum of light given off. Nanometers are a measurement of one specific wavelength of light (one specific color). Kelvin is a rating of all the colors existing in a light source, but it does give an indication of the nm peak within the spectrum. There is a formula, basically that nanometers=3000000/kelvin. Again, this is not a direct conversion, since these two quantities do not directly equate, but it will give you an idea of where a light source might be peaking, or at least the general color it will be predominant in.
John Dalton donated his eyes to science when he died. He chose to donate his eyes because he believed that they were the most important for scientific study due to his work on color blindness and vision.
The Dalton unit is used to measure the mass of individual atoms or molecules, while the gram per mole (g/mol) unit is used to measure the average mass of a mole of atoms or molecules.
No, Dalton did not say that all atoms are the same size. Instead, Dalton proposed that all elements are composed of indivisible particles called atoms, and that atoms of different elements have different sizes and properties.
n = gmol = N molecules / N Avogadro n = ( 2.4 x 10^23 molecules ) / ( 6.022 x 10^23 molecules per gmol ) n = 0.3985 gmol m = ( n ) ( M ) m = ( 0.3985 ) ( 141.94 g per gmol ) = 56.6 g <----------------------
mol/L
Molarity
One pound-mole (lbmol) is equivalent to approximately 453.6 gram-moles (gmol).
Dalton. Dalton's atomic theory stated that atoms are indivisible and indestructible and unchangeable.
molarity
They both thought the same theory but Dalton had evidence to prove it, unlike Democritus.
According to John Dalton, all the atoms of a single element will have the same mass. This is the basis for the modern atomic theory.
Molar Mass
The mass of 35 gmoles of carbon monoxide ( CO ) is given by : m = ( n ) ( M ) m = ( 35 gmol ) ( 28.00 g / gmol ) = 980 g <----------------
The same way you would in English.