The largest number of molecules is the same as the largest number of moles of this molecules
to calculate the number of moles you have to divide the mass by the molar mass
molar masses:
CO2: 44,01 g/mol
CH4: 16,04 g/mol
CBr4: 331,63 g/mol
CHBr3: 252,73 g/mol
largest nº of mol= 100/(the smallest molar mass possible)
= 100/16,04
=6,23 moles
all other molecules would be smaller than 6,23 moles because the molar mass is so high.
The answer is B : 1<span>00 g of ch4</span>
<h3>Answer;</h3>
A. NAD+,FAD, and NADP+
<h3><u>Explanation;</u></h3>
- Catabolic pathways breakdown molecules into smaller units that are either oxidized to release energy or used in other anabolic reactions.
- <em><u>Catabolic pathways create energy for the cell. The goal of catabolic pathways is to take energy out of molecules such as glucose,fatty acids and amino acids and store it in energy carriers (ATP) and electron carriers like NAD and Flavin-Adenine Dinucleotide (FAD) and also NADP+.</u></em>
If Thomson's atomic theory was accurate, the positively charged particles would have gone through the foil. The balanced positive charges and negative charges within the atom would have made the atom neutral, and the positive charges would not have been concentrated enough to cause deflection.
B elements
thank you
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wozmain