Chemistry, 24.09.2019 19:30 ashtonrieper2721
The thermal conductivity, k, of a substance is an important physical property in heat transfer. the higher the thermal conductivity, the more quickly energy may be transferred through conduction. the thermal conductivity of aluminum is 240 w/m/k. under the same conditions the thermal conductivity of stainless steel is 14 btu/hr/ft/f. convert to either unit set to directly compare your results and determine which material has a higher thermal conductivity. how does this result compare to your expectations?
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Will mark as brainliest ! how many grams of iron metal do you expect to be produced when 245 grams of an 80.5 percent by mass iron (ii) nitrate solution react with excess aluminum metal? show all work needed to solve this problem!
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The thermal conductivity, k, of a substance is an important physical property in heat transfer. the...
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