For a chemistry experiment we need to siphon a quantity of carbon tetrachloride

Question

For a chemistry experiment we need to siphon a quantity of carbon tetrachloride into a test tube. The carbon tetrachloride (1690 kg/m3) in the large container is covered by a layer of oil ($50 kg/m3) (to guard against accidental contact), but the oil is open to the atmosphere as is the outlet of the siphon tube If hcT = 30 cm. hw = 120 cm. h = 16 cm. h0 = 45 cm. and h1 = 30 cm. at what oil thickness h will the siphon begin to flow? Given a tube diameter of 2.0 cm. what value of 2.0 cm needed to achieve a mass flow rate of 2.0 Kg/s through the tube? For ease (b) above, what is the minimum pressure in the tube? What is the maximum possible value of hw given the circumstances of (b)? If the test tube cross-section is an equilateral triangle with a side length of s = 4 mm. how much height change will occur due to surface tension given sigma CT = 0.040 N/m and a wetting angle of 15 degree .

Explanation / Answer

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