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VARVARA [1.3K]
3 years ago
12

(a) With a of specific gravity 1.42 were 2.8 min and 5.2 minutes, respectively. The experiment was carried out at 30°C. Calcula

te the viscosity of the second liquid. Viscosity of water at 30°C = 0.80 cP; density of water at 30°C 0.9956 g/mL (b) A sphere of diameter 1.8 mm and density 2.75 g/cm2 falls at a constant velocity through large volume of the second liquid in (a). Calculate the time required for the ball to fall a distance of 90 cm through the second liquid given Ostwald viscometer, it was found that the times of flow of water and a second liquid
Chemistry
1 answer:
mr Goodwill [35]3 years ago
3 0

Jgjfdij v chxsgonncrecuo
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a technician mixes 80 ml of a 5% solution with 10 ml of water. what is the final percentage strength of the solution prepared?
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A technician mixes 80 ml of a 5% solution with 10 ml of water.  the final percentage strength of the solution prepared is 40 %.

given that :

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therefore, 80 × 5 = 10 × x %

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Therefore, the final percentage strength of the solution is 40 %

Thus, A technician mixes 80 ml of a 5% solution with 10 ml of water.  the final percentage strength of the solution prepared is 40 %.

To learn more about percentage strength here

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