Solution 00 g sample containing an analyte was transferred to a 250 ml volumetric flask and diluted to volume When a 10 00 ml aliquot of the resulting
Solution g sample containing an analyte was transferred to a ml volumetric flask and diluted to volume When a
Solution g sample containing an analyte was transferred to a ml volumetric flask and
an analyte was transferred to a ml volumetric flask and diluted to volume When a ml aliquot of the resulting
Solution g sample containing an analyte was transferred to a ml volumetric
flask and diluted to volume When a ml aliquot of the resulting
Solution g sample containing an analyte was transferred to
Solution g sample containing
(Solution) 00 g sample containing an analyte was transferred to a 250-ml volumetric flask and diluted to volume. When a 10.00-ml aliquot of the resulting...

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A 10.00 g sample containing an analyte was transferred to a 250-ml volumetric flask and diluted to volume. When a 10.00-ml aliquot of the resulting solution was diluted to 25.00-ml it was found to give a signal of 0.235(arbitrary units). A second 10.00-ml aliquot was spiked with 10.00-ml of a 1.00 ppm standard solution of the analyte and diluted to 25.00-ml. The signal for the spiked sample was found to be 0.502. Calculate the weight percent of analyte in the original sample.

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