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An amount P must be invested now to allow withdrawals of $1,000 per year for the next 15 years and to permit $300 to be withdrawn starting at the end of year 6 and continuing over the remainder of the 15-year period as the $300 increases by 6% per year thereafter. That is, withdrawal at EOY seven will be $318, $337.08 at EOY eight, and so forth for the remaining years. The interest rate is 12% per year. Hint: Draw a cash-flow diagram.
a long power transmission cable is buried at a depth ground to cable centerline distance of 2 meters. the cable is
a steel bar and an aluminum bar are joined end to end and fixed between two walls. the cross sectional area of the
a rope 25m long is cut into two pieces. one piece is bent into the shape of a square and the other into the shape of a
One-half kilogram of pure water is heated in a frictionless piston-cylinder device, at a constant pressure of 200 kPa, from an initial temperature of 20oC to a final temperature of 400oC.
a man of mass m1 walks along a plank of length l with a constant acceleration a relative to the plank. The mass of the plank is m2 and the coefficient of friction between the plank and the ground is mu. Find the distance the plank moves if the man..
the displacement vectors 46.0 cm at 15.0deg and 23.0 cm at 56.0deg both start from the origin and form two sides of a
a pipe 10 feet long has an outside diameter of 2 inches and a 1 mm thick wall. the yield stress of the wall material is
it has been calculated that the critical point in a 4340 steel part is subject to a state of stress in with signma x is
a circular shaft of diameter d rotates at a speed n and is supported by a journey bearing with clearance c. the
a closed system consisting of 2lb of a gas undergoes a process during which the relation between pressure and volume is
A 1.0 litre bottle of water weighs 9.79 N at sea level. If the bottle was taken to the top of Mt Everest (8848 m above sea level), how much would it weight there? Take g at sea level to be 9.81 m/s2 and the radius of the Earth to be 6371 km.
Mechnical Vibration Analysis, How do I deduce the value of the viscous damping factor? How do I deduce the value of the viscous damping coefficient c?
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