6.30. A fireman is using a high-pressure stream of water from a hose to combat a raging forest fire. At one end, the hose has an inside diameter of d connected to a high-pressure water reservoir at P1 300 psi. At the other end is a nozzle with diameter d2 3 cm that is exposed to atmospheric pressure P2= 1 atm To a good approximation, flowing water in this process can be modeled as having a 5 cm and is 3 constant temperature and constant mass density p = 1 g/cm = 1,000 kg/m2. incompressible liquid, the following equation well describes Moreover, for an isothermal enthalpy changes: Δh xυΔΡ where v is the volume per mole or molecule (depending (a) How much faster is the velocity of the exiting on the basis of h) water at the nozzle than that of factor (e.g., u2= the entering stream at the reservoir? Express your answer as a 1.5 u1). (b) If the hose is well insulated, find the exit velocity of the stream of water, in m/s. (c) Find the exit volumetric flow rate of water, in gal/s. (d) Instead, you suspect that the hose is not well insulated because you find that the actual, measured exit velocity is 90% of what you calculated in part (b). The inlet velocity, however, remains the same. This suggests that frictional losses result in a dissipation of heat to the environment as the water maintains constant temperature. Find the heat lost in kJ per kg of water

Q.1 Find the solution of following ODE by Laplace transform of the function x( t ) and Ca(t) that satisfies the differential equation and initial conditions. (b) 3 d²x dt² dx - x = 2 dt -2.5 d at x(0) = 1

What is the Gibbs phase rule for the general system?

MULTIPLE CHOICE -The answer is one of the options below please solve carefully and circle the correct option Please write clear .

The discipline dealing with material distribution between coexisting phases is called Select one: O a. Fluid dynamics O b. Physical chemistry O c. Civil engineering O d. Phase-equilibrium thermodynamics

i am confused on where you are getting these equations. is f--- friction? why is it 64/row VD/viscosity?  are there other units at play here?  i am not seeing how they cancel out to become Pa/m

A question in chemical engineering.

It proposes values for plotting the 6 different viscosity models (Dilatant, Newtonian, Psudoplastic, Plastic Bingham, Psudoplastic Bingham, Dilatant Bingham), all with the help of the formula:All this with the help of matlab. I need help plz i don't realy now how to use this.