2 Suppose, however, that Balance # 2 which is off by 0.5000 g because it had not been librated, was used. 1. The initial reading would have been 0.5000 g lower at 26.2587 g. The final reading would also have been lowered by the same amount. Thus, the final reading would have been 24.2423.g. 2. Calculate the mass of the sample poured into the flask. a. Initial reading= b. Final reading= c. Mass of sample transferred (calculated by difference) =

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B. 2 Suppose, however, that Balance # 2 which is off by 0.5000 g because it had not been
calibrated, was used.
1. The initial reading would have been 0.5000 g lower at 26.2587 g. The final reading would
also have been lowered by the same amount. Thus, the final reading would have been
24.2423 g.
2. Calculate the mass of the sample poured into the flask.
a. Initial reading
b.
Final reading =
c. Mass of sample transferred (calculated by difference) =
Transcribed Image Text:B. 2 Suppose, however, that Balance # 2 which is off by 0.5000 g because it had not been calibrated, was used. 1. The initial reading would have been 0.5000 g lower at 26.2587 g. The final reading would also have been lowered by the same amount. Thus, the final reading would have been 24.2423 g. 2. Calculate the mass of the sample poured into the flask. a. Initial reading b. Final reading = c. Mass of sample transferred (calculated by difference) =
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