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The inlet and throat diameters of a horizontal venturimeter are 30 cm and 10 cm respectively. The liquid flowing through the meter is water. The pressure intensity at inlet is 13.734 N/cm2 while the vacuum pressure head at the throat is 37 cm of mercury. Find the rate of flow. Assume that 4% of the differential head is lost between the inlet and throat. Find also the value of C for the venturimeter

Question-AnswerCategory: Fluid MechanicsThe inlet and throat diameters of a horizontal venturimeter are 30 cm and 10 cm respectively. The liquid flowing through the meter is water. The pressure intensity at inlet is 13.734 N/cm2 while the vacuum pressure head at the throat is 37 cm of mercury. Find the rate of flow. Assume that 4% of the differential head is lost between the inlet and throat. Find also the value of C for the venturimeter
S gill asked 1 year ago

The inlet and throat diameters of a horizontal venturimeter are 30 cm and 10 cm respectively. The liquid flowing through the meter is water. The pressure intensity at inlet is 13.734 N/cm2 while the vacuum pressure head at the throat is 37 cm of mercury. Find the rate of flow. Assume that 4% of the differential head is lost between the inlet and throat. Find also the value of C for the venturimeter

Question (25 points) The inlet and throat diameters of a horizontal venturimeter are 30 cm and 10 cm respectively. The liquid

 

1 Answers
Sazid Ahmad answered 1 year ago

 
 

Scin: Given that; 2. = 30 cm = 02=10cm P=13.774 N m2 ,= 2 2 2 A, - * 다. Art Colijnse (reg? = 706.65cm *- 4 A2 = Antona = (vej-14 - (- 5.032) = 19.032 m of water Now, the head loss is hf=4% of h=4 4 | 9.c? 2 lou = c.98 Coefficient of discharge. Ca= 19

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