GSilver on the clasp is a sign that it is gilded silver (plated) There are a number of pieces on eBay described as such.
Pearl G. Curran died in 1941.
Pearl G. Curran was born in 1875.
silver is called ag because of the french term ARGENT wich means silver a is the first letter g is the third
Pearl G. Davies has written: 'Knighton-above-the-Teme'
g;r;g;g
Silver: 12.5 g; Silver-clad: 11.5 g; Copper-nickel clad: 11.34 g
It's 92.5% silver. There's a lot of helpful information on silver at link below.
This is a limiting reagent stoichiometry problem, so that means you have to run the calculations twice; once for 5 grams of silver and once for 5 grams of sulfur. When you do this, you'll find that for 5 grams of silver (and an excess of sulfur) you would get 5.68 g of product, and for 5 grams of sulfur (and an excess of silver) you would get 39.52 g of product. So, you have to go with the less of the two amounts, because that's the most you can ever produce. So the answer is 5.68 g of silver(I) sulfide, with silver being the limiting reagent.
9.11 g
The 1955 Nederlands 1 g weighs 6.6 g and is of .720 silver composition.
22.0 g of silver chloride contain 0,918.10e23 molecules.
Silver sulfide Ag2S -Molar mass: 247.9 g/mol . Thus 2 moles of silver will react with one mole of sulphur. Silver Atomic mass: 107.9 so 4 g = 0.0370713623725672 of a mole Sulphur Atomic mass 32.1 so 4 g= 0.1246105919003115 of a mole Ag2S -Molar mass: 247.9 g/mol - which is 32.1 g of Sulphur + 2 times 107.9 = 215.8 g of Silver Therefore 32.1/215.8 = 0.1487488415199259 the ratio of the masses Therefor Silver 4 g * 0.1487488415199259 = 0.5949953660797034 g of Sulphur Therefore the mass of Silver sulphide produced is 4.5949953660797034 grams, With 4-0.5949953660797034 = 3.405004633920297 g of sulphur left over.