The water in the tank flows out freely through a hole at 6 m of elevation...
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The water in the tank flows out freely through a hole at 6 m of elevation from the ground (Figure 4). The velocity of the water at the outlet hole is 8.5 m/s. Calculate the h. Then, calculate the velocity of the outlet flow if liquid A is replaced by mercury with SGHg = 13.6. [Air di dalam tangki mengalir bebas keluar melalui satu lubang pada ketinggian 6 m dari bawah (Rajah 4). Halaju air pada lubang keluar ialah 8.5 m/s. Kirakan h. Kemudian, kirakan halaju air pada lubang keluar sekiranya cecair A diganti dengan merkuri dengan SGHg = 13.6.] h YA = 505 N/m³ Y H₂O 1.5m 6m Figure 4: The flow out of water from a tank [Rajah 4: Aliran keluar air dari tangki] (6 Marks/ Markah) ....5/- The water in the tank flows out freely through a hole at 6 m of elevation from the ground (Figure 4). The velocity of the water at the outlet hole is 8.5 m/s. Calculate the h. Then, calculate the velocity of the outlet flow if liquid A is replaced by mercury with SGHg = 13.6. [Air di dalam tangki mengalir bebas keluar melalui satu lubang pada ketinggian 6 m dari bawah (Rajah 4). Halaju air pada lubang keluar ialah 8.5 m/s. Kirakan h. Kemudian, kirakan halaju air pada lubang keluar sekiranya cecair A diganti dengan merkuri dengan SGHg = 13.6.] h YA = 505 N/m³ Y H₂O 1.5m 6m Figure 4: The flow out of water from a tank [Rajah 4: Aliran keluar air dari tangki] (6 Marks/ Markah) ....5/-
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