amu
	E Q U A T I O N S
		A times B
		1		a u charge		a u charge densty		-2.067615
		2		Bohr radius		tau mass		1.198271
		3		Boltzmann		first radiaton sr		3.165052
		4		conductance quntm		(9/4)		-2.688008
		5		Faraday constant		specific elec chr		-0.031154
		6		first radiaton cn		c/h (inv kg)		0.207814
		7		light squared		6 pi		0.138505
		8		light squared		muon mass		0.214239
		9
		10
		A divided by B
		1		Boltzmann		molar gas constnt		5.216502
		2		deuteron mass		deuteron molar ms		-0.306550
		3		electron mass		electron molr mss		0.104559
		4		elementary ch csu		classical elct rd		2.037684
		5		first radiaton cn		h/c (kg)		2.175542
		6		inv sp pk rspd v1		Avogardro / Nccp		0.000000
		7		light squared		1/(6 pi)		2.163232
		8		light squared		Bohr radius		2.421792
		9		Nccp density		Hartree energy		2.867475
		10		neutron mass kg		neutron molar mss		0.045080
		11		pi		Rydbergxhc squard		2.163232
		12		Planck / 2 pi		a u second hyper		1.933517
		13		Planck constant		molar Planck cnst		0.081303
		14		radiation constnt		a u quad moment		1.999936
		15		secd rad inv k-im		a u dipole moment		1.742441
		16		tau mass		6 pi		2.163232
		17
		18
		19
		20
								1.66053872
	relationship			amu	/	kg		-2.0100084
				An atomic mass unit (symbolized AMU or amu) is defined as precisely 1/12 the
				mass of an atom of carbon-12. The carbon-12 (C-12) atom has six protons and
				six neutrons in its nucleus.
				In imprecise terms, one AMU is the average of the proton rest mass and the
				neutron rest mass.
				highligted		derivative		nist
				copyright   steve waterman   january 2009