Q1\ A ball made of INOX AISI 365 steel with density of 8.52 gr/cm3 was used to determine the viscosity of oil with specific gravity of 0.91. In the viscometer, the ball traveled 19 cm in 2.2 seconds. If the diameter of the ball is 2.95 mm, what is the viscosity of the oil in pa.s ? assume that water density is 1000 kg/m.

Physics for Scientists and Engineers: Foundations and Connections
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Chapter15: Fluids
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Q1\ A ball made of INOX AISI 365 steel with density of 8.52 gr/cm3 was used to determine the viscosity of
oil with specific gravity of 0.91. In the viscometer, the ball traveled 19 cm in 2.2 seconds. If the diameter
of the ball is 2.95 mm, what is the viscosity of the oil in pa.s ? assume that water density is 1000 kg/m'.
Q2\ How is the Pycnometer used to determine the density of solid materials such as a handful of metal balls?
Explain in short steps.
Q3| In the dead weight calibrated experiment, there were differences between the theoretical and experimental
(practical) pressures. What are the causes of these differences?
Transcribed Image Text:Q1\ A ball made of INOX AISI 365 steel with density of 8.52 gr/cm3 was used to determine the viscosity of oil with specific gravity of 0.91. In the viscometer, the ball traveled 19 cm in 2.2 seconds. If the diameter of the ball is 2.95 mm, what is the viscosity of the oil in pa.s ? assume that water density is 1000 kg/m'. Q2\ How is the Pycnometer used to determine the density of solid materials such as a handful of metal balls? Explain in short steps. Q3| In the dead weight calibrated experiment, there were differences between the theoretical and experimental (practical) pressures. What are the causes of these differences?
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