Please help me figure out the identities for A-G using the two prediction matrix boxes. Thanks in advance! The following 2 diagrams must be in your lab notebook.The numbers in the boxes correspond to the number of the reaction above.K3PO4LiSO4Mg(NO3)2Na2CO3slightNaOHSrCl₂1HeatNA2NA3Bubbles HeatHeat 5White6whitepptpptH2SO4white7ppt8NA9NR 10 WhitePpt11K3PO4WR112Nh 13NR 14WhiteWhitePA15LISO4Whiteppt16ppt17WR17N 18 Mg(NO3)2NR 19white20PptNa2CO3WR21NaOHwhite petColorBSlight HeatCwhite murky whitecolor change cloudyDFPP+NRSlightChangeWhiteWhitePptSlightWhiteNRPAMajorFizzingGWhite murkyCloudyColor changeA-1-bubblesNRSlight ppttill dissolved slightthen seperateswhen stillNRslight color slightChange(NA)Whiteppt"Heat"BheatMPNhCNaSightpptDEA =B =C =label color BlkNRFCompare the two as signed idetities to A-GD=B=F =G =

Start with 'Heat box'. It will be due to neutralization of strong acid (H2SO4) and Strong base…

Answered: The following 2 diagrams must be in…

Chemistry: Principles and Reactions

8th Edition

ISBN:9781305079373

Author:William L. Masterton, Cecile N. Hurley

Publisher:William L. Masterton, Cecile N. Hurley

Chapter16: Spontaneity Of Reaction

Section: Chapter Questions

Problem 92QAP

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Carbon monoxide burns readily in oxygen to form carbon dioxide. 2 CO(g) + O2(g) 2 CO2(g) The box on the left represents a tiny portion of a mixture of CO and O2. If these molecules react to form CO2, What should the contents of the box on the right look like?
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One way to analyze for the amount of phosphorus in a rock is to precipitate the phosphorus as MgNH PO4, which is then heated to tum it into Mg,P2O7. What mass of Mg2P207 will be obtained from a 2.102 g sample of a rock that contains 86.52% Ca3(PO4)2 (and no other source of phosphorus) if this analysis is done? Hint: you will not be able to write an equation for this problem. Please do not include units in your answer. MAR MacBook Air 2.
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