(21₂6073 diagram method to solve the following problem: A mixture of a metal's phosphate, MPO4, and sulfate, M₂(SO4)3, is by mass 8.03% phosphorous and 19.2% sulfur. What is the metal M? (To use the diagram method, write in the top line MPO4 and M2(SO4)3. The best way to handle the percentages is to assume that you have 100.0 g of the MPO4 and M₂(SO4)3 mixture. Thus one has 8.03 g of P and 19.2 g of S. Place these values in circles directly below these elements. Define variable and proceed.) loog меда 1009 Masty EN for thon .

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(1.934 +596 +1h) (~1(0)3
Use the bubble diagram method to solve the following problem: A mixture of a metal's
phosphate, MPO4, and sulfate, M₂(SO4)3, is by mass 8.03% phosphorous and 19.2% sulfur. What
is the metal M? (To use the diagram method, write in the top line MPO4 and M2(SO4)3. The best
way to handle the percentages is to assume that you have 100.0 g of the MPO4 and M2(SO4)3
mixture. Thus one has 8.03 g of P and 19.2 g of S. Place these values in circles directly below
these elements. Define variable and proceed.)
loog meda
1009 Mz504
~ For
F
=0.9691
Transcribed Image Text:(1.934 +596 +1h) (~1(0)3 Use the bubble diagram method to solve the following problem: A mixture of a metal's phosphate, MPO4, and sulfate, M₂(SO4)3, is by mass 8.03% phosphorous and 19.2% sulfur. What is the metal M? (To use the diagram method, write in the top line MPO4 and M2(SO4)3. The best way to handle the percentages is to assume that you have 100.0 g of the MPO4 and M2(SO4)3 mixture. Thus one has 8.03 g of P and 19.2 g of S. Place these values in circles directly below these elements. Define variable and proceed.) loog meda 1009 Mz504 ~ For F =0.9691
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