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Consider an initial concentration of 5.00 moles of A and 2.00 moles… Consider an initial concentration of 5.00 moles of A and 2.00 moles of B for the reaction in Model 1. If 60% of the available A molecules react each minute, and 20% of the available B molecules also react each minute, calculate the concentrations of A and B after one minute. Fill in the table below with your answers. Hint: Since the forward and reverse reactions happen simultaneously, calculate the “change reverse” based on the initial 2.00 moles of B.  I have attached the questions below. The question numbers refer to the numbers on the chart. Thank you! Image transcription textA B zoom in Initial 5.00 moles 2.00moles Initial Starting moles of AStarting moles of B Chang… Show more… Show moreImage transcription text9 If 60% of the available A molecules react each minute, calculate the 1moles of A reacted after 1 minute. Show Your Work 10 If 60% of theavailable A molecules react each minute, calculate the 1 mol… Show more… Show moreImage transcription text11 If 20% of the available B molecules also react each minute, calculatethe moles of B reacted after 1 minute. Show Your Work 12 If 20% of theavailable B molecules also react each minute, calculate the… Show more… Show moreImage transcription textHow much A is present after 1 minutes?How much E is present after 1 minutes? … Show more  Chemistry Science Inorganic Chemistry SCIENCE 112

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