1. A 60 mm jet strikes a stationary frictionless curved vane, at 40 m/s velocity, tangentially. If the jet is deflected by an angle of 45° by the vane due to this impingement, determine the force exerted by the jet on the plate. 2. A jet of water, 10 cm in diameter, strikes a stationary curved blade with 20 m/s velocity and gets deflected by 30° with respect to the direction of the impinging jet. The exit velocity is reduced by 10% due to frictional effects. Calculate the component of force on the vane (i) in the direction of initial jet direction and (ii) in the normal direction to the jet

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STEP-(1) Givn =>care- (1) Diametir =60mm=0.06mvelocity =40mlsectheta=45^(@).Find rarr force onthe fet = ?STEP-(2) SOLUTIOHA{:[F_("jet "x,y)=rho" Ajet "&v^(2)xxsin^(2)theta],[=1000 xx(pi)/(4)xx0.06^(2)xx40^(2)xx(sin 45)^(2)],[=1000 xx(pi)/(4)xx0.06^(2)xx40 xx40 xx(1)/(sqrt2)xx(1)/(sqrt2)],[" Fjet "=2261.94kN]:}STEP-(3) cage-(2){:[" Giun "=>" Diametir "=10cm],[=10 xx10^(-2)m],[=0.1m],[" velocity "=20mlse ... See the full answer