A glass tube has three different cross sectional areas with the values indicated in the figure....

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A glass tube has three different cross sectional areas with the values indicated in the figure. A piston at the left end of the tube exerts pressure so that the mercury within the tube flows from the right end with a speed of 8.0 m/s. Three points within the tube are labeled A, B and C. The atmospheric pressure is 1.01 x 105 N/m²; and the density of mercury is 1.36 x 104 kg/m³. (use g = 10 m/s²) X Piston 12cm Dow 5.6 cm² (B) 2.25 × 105 Pa X (C) 3.26 x 105 Pa (D) 4.27 x 105 Pa. The pressure at point A is equal to: (A) 2.02 x 105 Pa Vacuum DA AGI www w man may m ww may www mj ITHI 6cm² JINED TATT |||||| **#** 11011 A glass tube has three different cross sectional areas with the values indicated in the figure. A piston at the left end of the tube exerts pressure so that the mercury within the tube flows from the right end with a speed of 8.0 m/s. Three points within the tube are labeled A, B and C. The atmospheric pressure is 1.01 x 105 N/m²; and the density of mercury is 1.36 x 104 kg/m³. (use g = 10 m/s²) X Piston 12cm Dow 5.6 cm² (B) 2.25 × 105 Pa X (C) 3.26 x 105 Pa (D) 4.27 x 105 Pa. The pressure at point A is equal to: (A) 2.02 x 105 Pa Vacuum DA AGI www w man may m ww may www mj ITHI 6cm² JINED TATT |||||| **#** 11011

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