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A jet of water of cross-section A and density ρ moves horizontally at inertial speed v0 and hits a block of mass M, which is connected to a wall with a spring of constant k, as in Figure 6.41. Assume that the collision is inelastic (i.e., the water leaves with a zero horizontal component of velocity relative to the block) and that the spring is initially at its rest length l0. Find the final length of the spring.
air is compressed by a 30-kw compressor from p1 to p2. the air temperature is maintained constant at 25-degrees celsius
sketch a system of mass m which is accleerated from rest to a velocity v2 raised to a height of elevation h and cooled
Assume elastic deformation and that Hooke's law holds. Derive an expression for the ratio of the axial strain to the axial stress, εa/σ a, in the gummite in terms of the Young's modulus, E, and Poisson's ratio,υ, of the gummite.
consider a cylinder with an inner radius of r1 and an outer radius of r2 and constant thermal conductivity k. heat is
a bonding operation utilizes a laser to provide a constant heat flux q0 across the top surface of a thin
A water filled manometer is attached to the inlet and the test section of a low speed wind tunnel which has the contraction ratio of 3. what would be the pressure difference between the inlet and the test section in terms of inches of water in order ..
Consider a 1000-W iron whose base plate is made of .5 cm thick aluminium alloy 2024-T6 (p = 2270 kg/m^3, cp= 875 J/kg*K, alpha = 7.3 x 10 ^-5 m^2/s). The base plate has a surface area of .03 m^2.
you are in charge of the construction site of a new dam. extremely heavy rainfall starts and bureau of meteorology
a material that you are working with has a band gap of 4 ev but it is opaque doesnttransmit light because it contains
Sketch Bode plots for the following systems. Use asymptotes, but locate at least one point in the Magnitude plot and make sure to calculate zeta for complex peaks.
a pipe is sealed at the top and is submerged in water. it is then drawn upward from the water. how tall could the
a system executes a power cycle while receiving 1000 kj by heat transfer at a temperature of 500 k ad discharging
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