terms |
freieslebenite |
As nouns the difference between terms and freieslebenite
is that
terms is while
freieslebenite is (mineral) a rare opaque sulfide mineral of antimony, lead and silver with the chemical formula agpbsbs
3.
silver |
freieslebenite |
As a proper noun silver
is for a silversmith or a rich man, or for someone having silvery gray hair or living by a silvery brook.
As a noun freieslebenite is
(mineral) a rare opaque sulfide mineral of antimony, lead and silver with the chemical formula agpbsbs
3.
lead |
freieslebenite |
As nouns the difference between lead and freieslebenite
is that
lead is a heavy, pliable, inelastic metal element, having a bright, bluish color, but easily tarnished; both malleable and ductile, though with little tenacity. It is easily fusible, forms alloys with other metals, and is an ingredient of solder and type metal. Atomic number 82, symbol Pb (from Latin
plumbum) while
freieslebenite is a rare opaque sulfide mineral of antimony, lead and silver with the chemical formula AgPbSbS
3.
As a verb lead
is to cover, fill, or affect with lead; as, continuous firing leads the grooves of a rifle.
As an adjective lead
is foremost.
antimony |
freieslebenite |
As nouns the difference between antimony and freieslebenite
is that
antimony is a chemical element (
symbol Sb) with an atomic number of 51. The symbol is derived from Latin {{term|stibium|lang=la}} while
freieslebenite is a rare opaque sulfide mineral of antimony, lead and silver with the chemical formula AgPbSbS
3.
mineral |
freieslebenite |
As nouns the difference between mineral and freieslebenite
is that
mineral is mineral while
freieslebenite is (mineral) a rare opaque sulfide mineral of antimony, lead and silver with the chemical formula agpbsbs
3.
sulfide |
freieslebenite |
As nouns the difference between sulfide and freieslebenite
is that
sulfide is while
freieslebenite is (mineral) a rare opaque sulfide mineral of antimony, lead and silver with the chemical formula agpbsbs
3.
opaque |
freieslebenite |
As nouns the difference between opaque and freieslebenite
is that
opaque is an area of darkness; a place or region with no light while
freieslebenite is a rare opaque sulfide mineral of antimony, lead and silver with the chemical formula AgPbSbS
3.
As an adjective opaque
is neither reflecting nor emitting light.
As a verb opaque
is to make, render (more) opaque.