Question

Chlorobenzene (density of 1109 kg / m3) and an aqueous washing liquid (density of 1020 kg / m3) are separated in a tubular centrifuge with an internal diameter of 150 mm which rotates at 8000 r / min. The free surface of the liquid inside the container is 40 mm of the axis of rotation. If the centrifuge contains equal volumes of the two liquids, What will be the radial distance from the axis of rotation to the top of the spill zone of the heavy liquid?

Name: chlorobenzene density of 1109 kg m3 and an aqueous washing liquid density of 1020 kg m3 are separated in a tubular centrifuge with an internal diameter of 150 mm which rotates at 8000 r min 34556
Uploaded: 2024-05-16T14:36:29-08:00
Duration: 2 min 10 s
Channel: Narayan Hari
Description: chlorobenzene density of 1109 kg m3 and an aqueous washing liquid density of 1020 kg m3 are separated in a tubular centrifuge with an internal diameter of 150 mm which rotates at 8000 r min 34556

          Chlorobenzene (density of 1109 kg / m3) and an aqueous
washing liquid (density of 1020 kg / m3) are separated
in a tubular centrifuge with an internal diameter of 150 mm which
rotates at 8000 r / min. The free surface of the liquid inside the
container is 40 mm of the axis of rotation. If the centrifuge
contains equal volumes of the two liquids,
What will be the radial distance from the axis of rotation to the
top of the spill zone of the heavy liquid?

chlorobenzene density of 1109 kg m3 and an aqueous washing liquid density of 1020 kg m3 are separated in a tubular centrifuge with an internal diameter of 150 mm which rotates at 8000 r min 34556

Added by Milagros G.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

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Solved by Expert Narayan Hari

05/16/2024

Step 1

We need to find the radial distance from the axis of rotation to the top of the spill zone of the heavier liquid (chlorobenzene) in a tubular centrifuge. The centrifuge has an internal diameter of 150 mm, rotates at 8000 revolutions per minute (r/min), and Show more…

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Chlorobenzene (density of 1109 kg / m3) and an aqueous washing liquid (density of 1020 kg / m3) are separated in a tubular centrifuge with an internal diameter of 150 mm which rotates at 8000 r / min. The free surface of the liquid inside the container is 40 mm of the axis of rotation. If the centrifuge contains equal volumes of the two liquids, What will be the radial distance from the axis of rotation to the top of the spill zone of the heavy liquid?