Bulk Modulus of an Element

Bulk Modulus of an Element
Element Name	Element Symbol	Bulk Modulus \( GPa \)
Actinium	Ac	N/A
Aluminum	Al	76
Americium	Am	N/A
Antimony	Sb	42
Argon	Ar	N/A
Arsenic	As	22
Astatine	At	N/A
Barium	Ba	9.4
Berkelium	Bk	N/A
Beryllium	Be	130
Bismuth	Bi	31
Bohrium	Bh	N/A
Boron	B	320
Bromine	Br	1.9
Cadmium	Cd	42
Caesium	Cs	N/A
Calcium	Ca	17
Californium	Cf	N/A
Carbon	C	33
Cerium	Ce	22
Chlorine	Cl	1.1
Chromium	Cr	160
Cobalt	Co	180
Copper	Cu	140
Curium	Cm	N/A
Darmstadtium	Ds	N/A
Dubnium	Db	N/A
Dysprosium	Dy	41
Einsteinium	Es	N/A
Erbium	Er	44
Europium	Eu	8.3
Fermium	Fm	N/A
Fluorine	F	N/A
Francium	Fr	N/A
Gadolinium	Gd	38
Gallium	Ga	N/A
Germanium	Ge	N/A
Gold	Au	220
Hafnium	Hf	110
Hassium	Hs	N/A
Helium	He	N/A
Holmium	Ho	40
Hydrogen	H	N/A
Indium	In	N/A
Iodine	I	7.7
Iridium	Ir	320
Iron	Fe	170
Krypton	Kr	N/A
Lanthanum	La	28
Lawrencium	Lr	N/A
Lead	Pb	46
Lithium	Li	11
Lutetium	Lu	48
Magnesium	Mg	45
Manganese	Mn	120
Meitnerium	Mt	N/A
Mendelevium	Md	N/A
Mercury	Hg	25
Molybdenum	Mo	230
Neodymium	Nd	32
Neon	Ne	N/A
Neptunium	Np	N/A
Nickel	Ni	180
Niobium	Nb	170
Nitrogen	N	N/A
Nobelium	No	N/A
Osmium	Os	N/A
Oxygen	O	N/A
Palladium	Pd	180
Phosphorus	P	11
Platinum	Pt	230
Plutonium	Pu	N/A
Polonium	Po	N/A
Potassium	K	3.1
Praseodymium	Pr	29
Promethium	Pm	33
Protactinium	Pa	N/A
Radium	Ra	N/A
Radon	Rn	N/A
Rhenium	Re	370
Rhodium	Rh	380
Roentgenium	Rg	N/A
Rubidium	Rb	2.5
Ruthenium	Ru	220
Rutherfordium	Rf	N/A
Samarium	Sm	38
Scandium	Sc	57
Seaborgium	Sg	N/A
Selenium	Se	8.3
Silicon	Si	100
Silver	Ag	100
Sodium	Na	6.3
Strontium	Sr	N/A
Sulfur	S	7.7
Tantalum	Ta	200
Technetium	Tc	N/A
Tellurium	Te	64
Terbium	Tb	38.7
Thallium	Tl	43
Thorium	Th	54
Thulium	Tm	45
Tin	Sn	58
Titanium	Ti	110
Tungsten	W	310
Ununbium	Uub	N/A
Ununhexium	Uuh	N/A
Ununoctium	Uuo	N/A
Ununpentium	Uup	N/A
Ununquadium	Uuq	N/A
Ununseptium	Uus	N/A
Ununtrium	Uut	N/A
Uranium	U	100
Vanadium	V	160
Xenon	Xe	N/A
Ytterbium	Yb	31
Yttrium	Y	41
Zinc	Zn	70
Zirconium	Zr	N/A
Element Name	Element Symbol	Bulk Modulus \( GPa \)

Bulk modulus is a measure of a material's resistance to uniform compression. It is defined as the ratio of the change in pressure to the fractional volume change. In other words, it measures how much a material will compress under hydrostatic pressure. The bulk modulus is important in the study of materials' mechanical properties, especially in the context of elasticity and the response of materials to changes in pressure. It is commonly used in physics and engineering to understand the behavior of solids and fluids under different conditions.

Bulk Modulus of an Element