Use the Clausius-Clapeyron relation to calculate the boiling point of water on top of Mount Everest, where the pressure is 0.35 atm.

Two dimensional stress tensor at a point is given by a matrix Ox To 100 30 5x 0 30 20 The maximum shear stress is MPa MPa.

D | 02 M M m M M L = 5l m m m FIG. 2. Find D in the above figure in terms of 0, and L.

The magnitude of force F is 1000 N. Find the moment of force about: 1) Point B 2) Point O using:     a) The Vector Method     b) The Scalar Method *See attached image for problem

2. H On the cylindrical container above with a cross section area A we open a hole as shown with an area Ah. Initially the hole is closed. Ignoring all friction forces find: a) The pressure of the water at the bottom hole if it is closed and no water exits. b) Write the continuity and Bernoulli equation. c) Solve for the speed of the water as it leaves the hole. d) Assuming the velocity at the top is given by the function dy Vy = -C/y,(Vy = ) with y=0 at the height of the small hole and Ca known Constant. dt Solve the differential equation for the time it takes to empty the container as a function of C,h,H

Question 4 Iterative methods of solution for simultaneous equations include successive over relaxation (SOR) Gauss-Seidel iteration O Jacobi iteration LU decomposition Householder decomposition