Answer:
Lithium oxide, Li₂O.
Explanation:
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In this case, according to the given amounts, it is possible to write down the chemical reaction as shown below:
Which means that the metallic oxide has the following formula: M₂O. Next, we can set up the following proportional factors according to the chemical reaction:
Thus, we perform the operations in order to obtain:
So we solve for x as shown below:
Whose molar mass corresponds to lithium, and therefore, the metallic oxide is lithium oxide, Li₂O.
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<span>The metal that would more easily lose an electron would be potassium. It is more reactive than sodium. Also, looking on the periodic table, </span><span>from top to bottom for groups 1 and 2, reactivity increases. So, it should be potassium. Hope this answers the question. Have a nice day.</span>
The formula they can use is Length multiplied by Width Multiplied by Height
<span>Answer:
CO2→CO + 12O2 is not a balanced reaction, I think you meant to post " CO2→CO + 1/2O2"
The simple answer is that the enthalphy for reaction 1 reversed is the same enthalpy as for the reaction as written but with the opposite sign.
If A + B = AB with 30 kJ released then
AB = A + B with 30 kJ absorbed.
We would write it as
A + B = AB heat of reaction = -30 kJ
AB = A + B heat of reaction = +30 kJ</span>
