The flow rate from a tap of diameter `1.25 cm` is `3` L//min. The coefficient of viscosity of water is `10^(-3)` pa-s. Characterize the flow.

The flow rate of water from a tap of diameter 1.25 cm is 0.48 L//min . The coefficient of viscosity of water is 10^(-3) Pa-s. After sometime, the flow rate is increased to 3L//min . Characterise the flow for both the flow rates.

The flow rate of water from a tap of diameter 1.25 cm is 0.48 L//mi n . The coefficient of viscosity of water is 10^(-3) Pa-s . After sometime, the flow rate is increased to 3L//mi n . Characterise the flow for both the flow rates.

The flow rate of water from a tap of diameter 1.25cm is 0.36L//min . The coefficient of viscosity of water is 10^(-3) Pas. After sometimes the flow rate is increased to 3L/min. Characterise the flow for both the flow rates.

The flow rate of water from a tap of diameter 1.25cm is 0.48 L/ min . The coefficient of viscosity of water is 10^(-3) Pa s . After sometime the flow rate is increased to 3L/min. Characyerise the flow for both the flow rates .

The flow rate of water from a tap of diameter 1.25 cm is 0.48 L/min. If the coefficient of viscoity of water is 10^(-3) Pa s, what is the nature of flow of water ? Hint : Velocity = ("Flow rate")/("Cross sectional area")