The accurate statements are presented below: 1) It requires minimal energy to break O-P bonds in ATP. 2) The OH-P bond formed is a weak bond. 3) Breaking the O-P bond releases energy that was stored in it.
Start by determining the number of moles, which is obtained by dividing 38 grams by the molar mass of 58.43 g/mol. This calculation yields 0.65 moles. The concentration is calculated by dividing the number of moles by the volume in liters. Using this formula, we can derive the total volume by dividing the number of moles by the concentration. Thus, 0.65 moles divided by 0.02M (mol/L) results in a total volume of 32.5 L.
It looks like you overlooked the provided image necessary to address this inquiry. Nevertheless, I found it and have the solution. Referring to the topographical map of a segment of Charleston, SC, the feature located at the spot marked with an X represents the peak of a hill. The correct answer is option D.
Given the mass of 
=25.6 g
The molar mass of =390.35g/mol
Conversion of mass of to moles:
Conversion of moles to moles of sulfur:
Conversion of moles of sulfur to individual sulfur atoms using Avogadro's number:
1 mol = 
The correct answer is the fifth option. Energy transfers from the fire to the pot, subsequently to the water, and then to the peas.
