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FAQ

Here's a puzzle for you to solve:I need to build a machine that can differentiate between copper, zinc, iron, magnesium, and aluminumObviously I could isolate each metal slowly and by hand, but such a method is ineffective in my situationI have the mechanical and programming know-how to build such a machine, but how does one actually differentiate between the two? For example, what different characteristics of zinc and iron or copper could the machine identify in order to differentiate?Many thanks.P.S.: Please answer only if you actually know the subjectBeing in an earth sciences class does not make you an expert on the matter.

Copper is the only one with a yellow color Iron you can pick off by a magnet What are the pieces? random shapes and sizes? Varying amounts of corrosion and dirt? Because it can be very difficult if not impossible to automate on a one by one basis the remaining metals IF they are a uniform size and shape, like coins, you can separate them by weight, ie, density And what about alloys, various steels, brass, bronze, various aluminum/magnesium alloysSome stainless steels are not magneticA penny is 98% zinc but appears to be copper in appearance because of a coating of copper on the outside.

What refers to the mechanical properties of aluminum foil?

Mechanical properties mainly refers to the tensile strength of aluminum foil, elongation and Erichsen value. From the use of perspective, I hope these three indicators, the higher the better, but on the material itself, these three indicators and mutually contradictory, that is, when the tensile strength of the aluminum foil is relatively high elongation index will decline; and when improving the elongation of the aluminum foil, it will cause a decline in tensile strength.

What is the molarity of a solution made by dissolving 40.283 g of aluminum sulfate, Al2(SO4)3, in water and diluting with water to 250.0 mL total?

Empirical formula are formula that express the climate in a substance in terms of the smallest finished style ratio of the climatesome empirical formula additionally are the surely molecular formula like the formula for water - H2OThe compound is composed of two hydrogen atoms and a million oxygen atom, the formula is the two empirical (lowest finished style ratio) and moleculardifferent formula, like numerous carbohydrates, have the empirical formula CH2OThis expression tells us that for each C, there'll 2 H and an OGlucose, a shopper-friendly carbohydrate has the molecular formula C6H12O6be conscious that if we divide via by the final consumer-friendly multiple (6) we get CH2O - the empirical formulai do no longer comprehend what you recommend by clarify the magnitude of prefixesconsidering your different question pertained to formula, i anticipate you're relating the common naming device for molecular compounds (those with covalent bonds) wherein conventional Greek prefixes (mono, di, tri, tetra, penta, hexa, hepta, octa, nona, and deca) are used to precise how lots of a area seem interior the formula for the substancecase in point CO is carbon monoxide, CO2 is carbon dioxide, N2O4 is dinitrogen tetroxide, N2O is dinitrogen monoxideThis naming device isn't the conventional or favourite thank you to call compoundsthe popular nomenclature defined by IUPAC makes use of oxidation states of the useful factor expressed as Roman numerals interior the callThe IUPAC call for N2O4 is nitrogen(IV) oxide, the IUPAC call for N2O is nitrogen(I) oxide, CO2 is carbon(IV) oxide, CuCl2 is copper(II) chloride.

I have a new 2001 RID Megatron Toy, still in the box, and I don't know what to do with it.?

there is a shoe and the discovery channel that will explain the whole thing

I like glass paintingI want some tips.

It depends on the Al alloy you are using but melting it with some type of hot pen is probably not a good choiceYou could engrave it, most Al alloys are relatively softYou could stamp numbers or letters or symbolsYou could laser engrave it but you'll need a fairly high power laser because Al is a relatively good conductor of heat and a pretty good reflector of lightAl can be anodized to a broad range of colors (and laser marking works very well on anodized Al)If you are in high volume production, you can buy programable engraving equipment that writes like a dot matrix printer but with an indentor instead of inkThis equiment can also print 1D or 2D bar codesSame is true for commercial laser marking equipment.

I made a homemade steamer LOL because I'm limited on resources, I poked holes in aluminum foil and wrapped it up like a bowl and put it in a pot with water, not touching the water of course, its pretty cool :) But I need to know how long to steam them for

get the blinds that I call up down blinds, they pull down from the appropriate and push up at bottom, and also you'll both flow away em a million/2 way down or a good if see out window or pull emm each and each of options down an no ordinary is equipped in

The reason why the sodium, magnesium , aluminium and silicon are able to conduct electricity( presence of flowing of electrons) where as the the rest of element found in period 3 such as phosphorus, sulphur , clorine and argon( The presence of individual molecules prevents any possibility of electrons flowing) are not able able to conduct the electricity due to the concept of electron flowingIm doubt of this because i don''t fully understand the concept of electron flowing can anyone explain this for me? and one more thng is that what does it trying to tell us with the meaning of simple molecules?( such as phosphorus, sulphur.) if so, what does the magnesium, sodium belongs to? do we call them giant molecules? i really need help with this peopleand also the covalent bond and metallic bond.what is the different from them since all the elements are actually formed with sharing of neigbouring valence electrons? thanks!

don't shut it off, let the thermostat cycle the compressor and keep the fan running to circulate the air.

would aluminum displace copper from a copper solution? and why?

You don't need any kind of pan to bake breadJust form it into a rough loaf shape, put it on a cookie sheet or baking sheet, and pop it into the ovenDont forget to score the top with a sharp knife several times to allow the innards to expand.