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Imagine the following scenario:
Your boss calls you into his office and he is extremely angry. He was embarrassed at a meeting because he put forward a recommendation that you had made and his idea was shot down by one of the technical geniuses in another department. You had recommended that your local SSL/TLS server support RSA key exchange when your company's customers accessed their individual accounts. The genius says that, "Everyone knows that you shouldn't use RSA, because RSA is based on Euler's theorem." Euler's theorem works only if the plaintext message "m" is relatively prime to the modulus "N." But sooner or later there will be some "m" that is not relatively prime to "N" and RSA will break down. Any cipher system that needs to avoid encrypting certain messages should be avoided like the plague! What do you have to say for yourself?
Suppose that in the four player game, the person who rolls the smallest number pays $5.00 to the person who rolls the largest number. Calculate each player's expected gain after one round.
Compare the results of i) to the exact solution and comment on the accuracy of the numerical algorithm and adopted step size.
Select a financial institution and find out what it takes to qualify for a loan. Try to understand the rationale for the institution's rules, policies, and guidelines about loan approval.
Sketch a phase diagram corresponding to each of these cases. Try to make some general statements about the structure of equilibrium as a function of the parameters.
Find the Laplace transform and also find the inverse Laplace transform
Behaviour of the functions at their end and midpoints points to suggest features that increase the convergence and those that are bad for convergence.
Find the equation of the tangent plane to the surface and find all critical points of the function - calculate the double integral by transferring to polar coordinates
Find the exact solution to the initial value problem and estimate the errors in the predicted value of ya(1) and yb (1) and suggest a value of step size for each method that would provide a value of y(1) accurate to 0.5%.
Calculate the upward force on the anchorage when the pipeline is flowing full. Calculate the upward force on the anchorage when the pipeline is empty. Assume density of steel is 7900kg/m3 and that of water is 1000kg/m3
What is the probability that the project will still finish at the originally scheduled completion date and what are the probabilities (in percent).of completing the project in 55 days, 60 days, and 65 days?
A theater owner has found that 6% of patrons don't show up for performance that they bought tickets for. If theater has 100 seats, determine the probability that 8 or more patrons won't show up for sold-out performance.
Solve differential equation of d 2 h /dx 2 =0 using the Galerkin method and considering 0 ≤ x ≤ 3 given that: h = 0 cm when x = 0 m and h = 10 cm when x = 3 m .
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