Oh, dude, let's break it down. So, if a ton of coal costs 30 bucks and a ton of coke (not the drink, the fuel) costs 25 dollars, and we're talking about firewood... I mean, who even uses firewood these days? But if you really wanna know, I guess it would be somewhere around 27.50 dollars, give or take.
Please clarify what aspect of the can of coke you want to measure: its height, color, albedo, mass, volume, etc.
You do. Probably every day. If you learn basic algebra, you grasp the concept of how quantities of different variables add together to give a total quantity.For example, if you go the cinema and spend £8 or $, on a ticket and 3 bottles of coke and you know the ticket was £5 then it follows that the coke cost £3, and £1 each bottle. Sure you might not write down x:price of coke, and 5 +3x=8, therfore x =1. But the concept is there and if you hadn't done algebra then you wouldn't have that concept. (And don't say that's just addition as it's not-it's actually algebra!)This is only 1 example, there are millions. So next time you hear someone whining about algebra you can explain how they use it in everyday life.
Frederic M. Stanton has written: 'Methods of analyzing coal and coke' -- subject(s): Coal, Coke, Analysis 'Methods of analyzing coal and coke' -- subject(s): Coal, Coke, Analysis
Coal, Coke, Peat and Paraffin are all fuels.
The name "Coke" is derived from the original ingredient used in the soda's flavoring, which was a combination of the coca plant and the kola nut. There is no coal in Coca-Cola.
Pet-coke, or petroleum coke, is a byproduct of the oil refining process, while coal-coke is a byproduct of coal carbonization. Pet-coke has a higher carbon content and lower impurities compared to coal-coke, making it a more efficient fuel source. Pet-coke is typically used in industrial processes, while coal-coke is mainly used in the steel industry.
Harold Wesley Jackman has written: 'Coke crushing characteristics' -- subject(s): Coke 'Drying and preheating coals before coking' -- subject(s): Coal, Coke 'Sizing studies on pilot-oven coke, comparison with commercial coke-size' -- subject(s): Coke 'Weathering of Illinois coals during storage' -- subject(s): Coal-weathering, Coal 'Comparison of mine sizes of Southern Illinois coals for use in metallurgical coke' -- subject(s): Coal, Coke 'Preheating coal blends as a means of increasing coke strength' -- subject(s): Coal, Coke, Carbonization
Coke is produced from coal through a process called destructive distillation. In this process, coal is heated in the absence of air to drive off volatile components, leaving behind coke. The coke produced is a porous material that is used as a fuel and as a reducing agent in the smelting of iron ore.
Metallurgical coal, also known as coking coal, is used to make coke. This type of coal has high carbon content and low impurities, making it suitable for the production of coke, which is used in the steelmaking process.
Coke is a type of fuel made from coal.
Coke.
One product of coal is coke, which is used as a fuel in industrial processes such as iron smelting.
Coke is hotter than coal because it has a higher carbon content and burns more efficiently, resulting in a hotter flame. This makes coke a preferred fuel for applications where high temperatures are required, such as in the steel industry.
Hard coking coal has higher carbon content and produces stronger coke upon heating, making it ideal for steel production. Soft coking coal has lower carbon content and produces weaker coke, often used in energy production or blending to achieve desired coke quality.