Well, tubular tells you that it's tube shaped, like a section of pipe. Batterytells you that it has more than one cell.
Lead acid tells you that what chemistry it is - lead-acid - and cell tells you that there's only one section to it. Knowing the number of celss and the chemistry means that you can figure out which voltage it should have when fully charged etc.
Now, to make things maybe a bit more complicated, you could use lead-acid cells to build a tubular battery.
RNA is a polymer of ribonucleic acids. Amino acids are the monomers of proteins.
in mechanical pulping we are generating pulp by mechanical based in chemical pulping we are using chemicals to produce pulp chem pulping two types, soda(alkaline) sulphite(acid)
This depends on the actual battery and what it is made of. A 1.2 volt rechargable NiMh battery typically gives off a voltage of 1.3 to start with, then it rapidly goes down to 1.2 volt where it stays stable until almost empty, then it quickly drops below and down to .5 volt or even further down.. The same applies to Lead Acid or NickelCadmium batteries. Different types of batteries have different properties. NickelCadmium normally are able to give a lot of current until empty. where as the current you get from a NiMh battery is rather limited. Lead Acid are capable of a very high current but still dependant on the internal design of the battery. Unfortunately one can not give a correct (for all) answer to a general question. Regards.
Alkaline batteries are named for their highly alkaline electrolyte solution which is potassium hydroxide (aka caustic potash, aka "traditional" lye) mixed with water. Lead-Acid batteries are similarly named in-part after their highly acidic electrolyte solution consisting of 35% sulfuric acid and 65% water.
To measure penetration of a weld, one must cut and etch the weld, preferably on a test coupon. Etching is just using an acid that will discolor the weld metal so that there is a visible difference between the weld metal and the base metal. Once the acid has taken affect, one can measure the weld using calipers or a similar measuring device.
There is no difference between lead acid accumulator and lead acid battery.
The difference between tubular and flat plate batteries are heat dissipation and lead alloy. Tubular batteries hold heat, where flat plate batteries disperse heat. Tubular batteries also have no reserve of lead alloy, which leads to corrosion by sulphuric acid.
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lead oxide 70% & Red Lead 30%
Here I am describing the difference between Tubular batteries and Normal flat plate batteries.Tubular batteries:1.Life expectancy 4 to 5 years (Exide EL+ 8 years)2. Low water loss3.Operate consistently even at high temperatures.4.Suitable for High end applications5.Recommended for high productive applications.6.High priceNormal Flat plate batteries:1.Life expectancy is maximum 3 years2.Needs frequent water topping up3.Useful only at recommended temperature conditions.4.Not recommended for heavy applications.5.Recommended for small homes and budget-conscious people.6.Affordable prices
The difference between a hydrocarbon and a fatty acid is that a fatty acid is a hydrocarbon chain with a carboxylic acid head.
one is dry one is wet... wet once are used for car batteries and dry lead acid batteries the once you put in your remote lets say. I think the dry lead acid battery is maintenance-free and sealed batteries, and the wet batteries is the traditional batteries which needs more maintenance.
Banana's
the difference between them is that carbonic acid involve carboxyl compound and water while acid rain involves acidic compound and water.
A battery acid is a variety of acid used as an electrolyte in a battery - usually sulphuric acid.
No. No difference. Boric Acid is actually in a powder form.
has a pH of 2