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(1)A stream of water of diameter d= 0.100 mflows steadily from a tank of diameter D= 1.00 m as shown in Fig. 1. Determine the flow rate, Q, needed from the inflow pipe if the water depth remains constant, h= 2.00 m. (2)Kerosene (SG = 0.850) flows through the Venturi meter shown in Fig. 2 with flowrates between 5.00103and 50.0103m3/s.Determine the range in pressure difference, P1P2needed to measure these flowrates.

(1)A stream of water of diameter d= 0.100 mflows steadily from a tank of diameter D= 1.00 m as shown in Fig. 1. Determine the flow rate, Q, needed from the inflow pipe if the water depth remains constant, h= 2.00 m. (2)Kerosene (SG = 0.850) flows through the Venturi meter shown in Fig. 2 with flowrates between 5.00103and 50.0103m3/s.Determine the range in pressure difference, P1P2needed to measure these flowrates.

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(1)A stream of water of diameter d= 0.100 mflows steadily from a tank of diameter D= 1.00 m as shown in Fig. 1. Determine the flow rate, Q, needed from the inflow pipe if the water depth remains constant, h= 2.00 m.

(2)Kerosene (SG = 0.850) flows through the Venturi meter shown in Fig. 2 with flowrates between 5.00103and 50.0103m3/s.Determine the range in pressure difference, P1P2needed to measure these flowrates.

学年 学類 名列番号 氏名 以下の問題文の日本語訳と解答案を次回講義開始前に回収します。3B415号室前のBOXに提出もOKです。 (1) A stream of water of diameter d= 0.100 m flows steadily from a tank of diameter D = 1.00 m as shown in Fig. 1. Determine the flow rate, Q, needed from the inflow pipe if the water depth remains constant, h = 2.00 m. (1) (2) Kerosene (SG 0.850) flows through the Kerosene, SG = 0.85 D = 1.0 m Venturi meter shown in Fig. 2 with flowrates h = 2.0 m D = 0.1 m between 5.00x10-3 and 50.0×10-3 m²/s. Determine (2) • D, = 0.06 m (1) |(2) the range in pressure difference, P1- P2 needed to 0.005 m/s s Q s0.050 m³/s measure these flowrates. d = 0.10 m Fig. 2 Fig. 1
Transcribed Image Text:学年 学類 名列番号 氏名 以下の問題文の日本語訳と解答案を次回講義開始前に回収します。3B415号室前のBOXに提出もOKです。 (1) A stream of water of diameter d= 0.100 m flows steadily from a tank of diameter D = 1.00 m as shown in Fig. 1. Determine the flow rate, Q, needed from the inflow pipe if the water depth remains constant, h = 2.00 m. (1) (2) Kerosene (SG 0.850) flows through the Kerosene, SG = 0.85 D = 1.0 m Venturi meter shown in Fig. 2 with flowrates h = 2.0 m D = 0.1 m between 5.00x10-3 and 50.0×10-3 m²/s. Determine (2) • D, = 0.06 m (1) |(2) the range in pressure difference, P1- P2 needed to 0.005 m/s s Q s0.050 m³/s measure these flowrates. d = 0.10 m Fig. 2 Fig. 1
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