Crossword clues for metals
metals
- They might be noble or base
- Some conductors
- Gold, silver and bronze
- What mints work with
- Tin and titanium
- They're great conductors
- They may be noble or precious
- They can be precious
- Silver, etc
- Scrap heap, perhaps
- Platinum and potassium
- Nickel and cadmium
- Most of the periodic table
- Most are great conductors
- Mercury and gallium, for two
- Many conductors
- Elements with names ending in -ium, typically
- Elemental category
- Copper and cobalt
- Components of alloys
- Change materials
- Certain conductors
- Alloy ingredients
- About 80% of the elements in the period table
- Forge materials
- Lithium and others
- Mint supplies
- Most are good conductors
- Assayer's area of expertise
- What the majority of elements are
- "Precious" or "heavy" things
- Tin and zinc
- Some are precious
- Cadmium and tungsten
- Gold and silver
- Mercury and others
- Silver and gold, e.g
- Bismuth and lithium
- Basic materials
- Silver, copper, etc.
- Silver and gold, e.g.
- Such as iron, gold, etc
- Some elements of roofing material put back after vandalism - at last
- Some recyclables
- Brass and bronze
- Alloy components
- Iron and zinc
- Silver and copper
Wikipedia
Metals is the fourth studio album by Canadian singer-songwriter Feist. It was released on September 30, 2011 in Ireland, Austria, Switzerland, Germany, Sweden and Belgium; October 3, 2011 in the United Kingdom; and October 4, 2011 in the United States and Canada. The first single from the album is " How Come You Never Go There", which was released on August 12, 2011. The album was supported by a world tour which started in Amsterdam, Netherlands on October 15, 2011 and finished on October 20, 2012 in Latin America.
Metals debuted on the US Billboard 200 at number 7, and sold 38,000 copies in its first week. It earned Feist's best sales week and it was her first top 10 chart in the US. The album received acclaim from critics.
Usage examples of "metals".
It oxidises most combustible substances with deflagration, and thereby converts sulphides into sulphates, arsenides into arsenates, and most metals into oxides.
Silver is found in the ores of other metals, such as fahlerz, which sometimes contains from two to ten per cent.
They had come hoping to begin with a society of small farms in some area where metals were plentiful, and to let their descendants gradually assemble the tools of a better civilization.
Where practicable, metals and alloys are best sampled by melting and granulating.
The gold and silver determinations, however, will compare very favourably with any of the other processes for the estimation of these metals in their ores.
The metals generally remain in the form of oxide, mixed with more or less sulphate and arsenate.
It is also used for dissolving metals only from ores which contain metallic oxides not desired in the solution.
It closely resembles chlorine and bromine in its properties, and can be used for dissolving metals without, at the same time, attacking any oxide which may be present.
The effect of this acid on solutions of the metals is to form sulphides.
If sulphuretted hydrogen is passed through an acid solution containing the metals till no further precipitation takes place, a precipitate will be formed containing sulphides insoluble in the acid.
Again, the metals precipitated in the acid solution form sulphides which may be divided into groups, the one consisting of those which are soluble, and the other of those which are not soluble, in alkalies.
The action of diluted sulphuric acid on metals closely resembles that of dilute hydrochloric acid.
It is used for separating metals from their solutions, and generally as a reducing agent.
But metals when free from pores have their density diminished when rolled, without annealing.
The presence of peroxides of the heavy metals is prejudicial, since they tend to increase the quantity of silver retained in the slag.