Q1: What is the density (g/ml) of a 3.6M Sulfuric acid solution that is 29% H,So, by mass (Mwt. = 98)?

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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Q1: What is the density (g/ml) of a 3.6M Sulfuric acid solution that is 29%
H,So, by mass (Mwt. = 98)?
Q2: Fill the blanks with suitable answers
1: The
is the thing being dissolved.
.........
2: The branches of quantitative analysis are
and
3. The filterability of the precipitate depend on the
of practices.
Q3: Which one is correct?
1. Molality changes with temperatures.
2. Molality does not change with temperatures.
3. Molarity changes with temperatures.
4. Normality changes with temperatures.
Q4:
What weight of pyrite ore (impure FeS,) must be taken for analysis so that the
BaSO, precipitate weight obtained will be equal to one-half that of the percent S
in the sample?
Note:
Mwt. of Ba =32, Mwt. of BaSo4 =233, Mwt. of FeS, =119
Transcribed Image Text:Q1: What is the density (g/ml) of a 3.6M Sulfuric acid solution that is 29% H,So, by mass (Mwt. = 98)? Q2: Fill the blanks with suitable answers 1: The is the thing being dissolved. ......... 2: The branches of quantitative analysis are and 3. The filterability of the precipitate depend on the of practices. Q3: Which one is correct? 1. Molality changes with temperatures. 2. Molality does not change with temperatures. 3. Molarity changes with temperatures. 4. Normality changes with temperatures. Q4: What weight of pyrite ore (impure FeS,) must be taken for analysis so that the BaSO, precipitate weight obtained will be equal to one-half that of the percent S in the sample? Note: Mwt. of Ba =32, Mwt. of BaSo4 =233, Mwt. of FeS, =119
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