ones 1. A parcel of fluid leaking from the hole can be modeled as a simple projectile with initialhorizontal velocity equivalent to the velocity of efflux v. The component of the initialvelocity along the y-axis is zero. The parcel of fluid drops a vertical distance y from thehole to the scale, which is the point of measurement of the horizontal distances x (seeFigure).Wooden blockor canhVXh: height of the liquid column relative to the orificev: speed of effluxy: vertical distance from the orifice to the scalex : horizontal distance covered by the fluid flowingout of the orificeMetric ruler (a) Using your knowledge of kinematics, write an expression for the vertical distance ytraveled by the parcel of fluid as it drops from the hole to the scale in terms of the abovegiven, the acceleration due to gravity g, and the time t it takes for the parcel of fluid todrop a distance y. (Note that Ay=Yf-Yo = y.)y =(b) Rearrange the expression in (a) to obtain an expression for time t.t =(c) Going back to your knowledge of kinematics, write an expression for the range of theprojectile (Ax = xf = x₁ = x) in terms of the initial horizontal velocity and time t.x =(d) Use your results in (b) and (c) to find an expression for the velocity of efflux v in terms ofx, y, and g.V =

Name: ones 1. A parcel of fluid leaking from the hole can be modeled as a si
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Description: ones 1. A parcel of fluid leaking from the hole can be modeled as a simple projectile with initialhorizontal velocity equivalent to the velocity of efflux v. The component of the initialvelocity along the y-axis is zero. The parcel of fluid drops a v

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1. A parcel of fluid leaking from the hole can be modeled as a simple projectile with initial horizontal velocity equivalent to the velocity of efflux v. The component of the initial velocity along the y-axis is zero. The parcel of fluid drops a vertical distance y from the hole to the scale, which is the point of measurement of the horizontal distances x (see Figure). Wooden block or can h V X h: height of the liquid column relative to the orifice v: speed of efflux y: vertical distance from the orifice to the scale x : horizontal distance covered by the fluid flowing out of the orifice Metric ruler