P=280 kPa 2. Consider the shower head in your bathroom. Let's say 50 holes on the...
P=280 kPa 2. Consider the shower head in your bathroom. Let's say 50 holes on the shower head are present (assume each hole diameter is ...... mm), diameter of the pipe is ..... cm, and diameter of the orifice type reducer is 0.8 cm. Considering the pressure before the reducer is 280 kPa and temperature of the water is .....°C, and leaves at atmospheric pressure. Calculate the decrease (reduction) in flow due to reducer. (Hint: Estimate the reduction and solve - Fill the blanks with your OWN assumptions- Assume missing data if any) (30p) Orifice type reducer 0000 000000 23 000000 000000 0000 0000 Shower head holes