milar to Problem 2.15 in Smith Van Ness) e kg of liquid water at T1=298K : a. Experiences a temperature increase of 1K to T2=299K. Considering that the internal energy Ut of the water is only a function of temperature, i.e. U:TU(T), identify the change in its internal energy, [Ut(T2)Ut(T1)] in kJ, assuming that the constant volume molar heat capacity of water is constant and Cr=74.5(molKJ). b. Experiences an elevation increase [z2z1], such that the corresponding change in potential energy [Ep(z2)Ep(z1)] is the same as [U(T2)U(T1)] for part a. What is [z2z1] in meters? c. Is accelerated from being at rest (i.e. initial velocity u1=0(sm) to a final velocity u2, such that the corresponding change in kinetic energy [EK(z2)EK(z1)] is the same as [U(T2)U(T1)] for part a. What is the velocity u2 in (sm)