You would<span> have to </span>measure<span> all of </span>the<span> light and heat energy and use E=mc</span>2<span> to calculate </span>the<span> remaining</span>mass<span>. ... </span>After<span> accounting for </span>the<span> increase in </span>mass<span> due to </span>the<span> constituents binding with oxygen as MrSmellard pointed out and allowing </span>the<span> log to cool to </span>its<span> original temperature, </span>the mass<span> of </span>the<span> log will have ...</span>
The mass is approximately 36.96590259
I could be wrong.....
wiki says that's the mass..
This is called hydropower. This can be produced by a dam releasing water. The flowing water spins a turbine, which causes a generator to produce electricity. I hope this helps!
Answer:
225.4 g
Explanation:
The equation of the reaction is;
Zn(s) + FeNiO(s) ------> ZnFeNiO(s)
Since FeNiO is in excess then Zn must be the limiting reactant.
Molar mass of Zn = 65.38gmol-1
Number of moles of Zn reacted = 75g/65.38gmol-1 =1.15 moles
If 1 mole of Zn yields 1 mole of ZnFeNiO
1.15 moles of Zn yields 1.15 moles of ZnFeNiO
Mass of ZnFeNiO produced= 196gmol-1 * 1.15moles = 225.4 g