a fire hydrant delivers water of density p at a volume rate L the water travels vertically upward through - Physics - Mechanical Properties of Fluids

Question

a fire hydrant delivers water of density p at a volume rate L the
water travels vertically upward through the hydrant and then
900turn to emerge horizontally at speed V the pipe and
the nozzle have uniform cross section throughout the force exerted
by water at the corner ???

Ved Prakash Lakhera · Accepted Answer

The force exerted at corners by water is given by,                 F = ρ×L×awhere a is the acceleration
but   v2=2ah=2a×VAOR          a = v2 A2VTherefore      F = ρL×v2 A2Vwhere A is the area of crossection of the pipe

a fire hydrant delivers water of density p at a volume rate L. the water travels vertically upward through the hydrant and then 900turn to emerge horizontally at speed V. the pipe and the nozzle have uniform cross section throughout . the force exerted by water at the corner ....???

a fire hydrant delivers water of density p at a volume rate L. the water travels vertically upward through the hydrant and then 90⁰turn to emerge horizontally at speed V. the pipe and the nozzle have uniform cross section throughout . the force exerted by water at the corner ....???