Question 3 (1 point) Control volume Your Answer: Flow out Answer r2 == 200 mm Tshaft units ↑ Q = 1000 ml/s (a) Nozzle ex

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Question 3 1 Point Control Volume Your Answer Flow Out Answer R2 200 Mm Tshaft Units Q 1000 Ml S A Nozzle Ex 1 (70.88 KiB) Viewed 14 times

Question 3 (1 point) Control volume Your Answer: Flow out Answer r2 == 200 mm Tshaft units ↑ Q = 1000 ml/s (a) Nozzle exit area= 30 mm² Water (density 1000 kg/m^3) enters a rotating lawn sprinkler through its base at a rate of 950 ml/s. The exit area of each nozzle is 28 mm^2. Determine the resisting torque necessary to hold the sprinkler stationary. Enter your answer with two decimal places. Flow out Discussion: Would the torque be lower or higher if the sprinkler was spinning? Explain your answer. V₂ = V02