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Calculate the normal forces associated with the front and rear wheel pairs of the 1600-kg front- wheel-drive van. Then repeat the calculations when the van (a) climbs a 10-percent grade and (b) descends a 10-percent grade, both at constant speed.
Compute the percent changes nA and nB in the normal forces compared with the nominal values. Be sure to recognize that propulsive and braking forces are present for cases (a) and (b).
an air-standard otto cycle has a compression ratio of 7.5. at the beginning of compression p1 85 kpa and t1 305 k.
a dam in western north carolina takes a 30 m3 s flow of water from the nantahala river and diverts it to a turbine
a venturi meter is used to measure the water flow in a 3cm diameter pipe. the diameter of the narrow section is 1.5 cm.
the first step in the manufacture of the isobutene from the isomerization of n-butane is to compress the feed stream of
Research and explain the difference between phase change via evaporation and phase change via boiling. Name one device or consumer product that uses each of these phase change mechanisms. Cite your source(s)
Oxygen at 450K is heated to 850K. Assume oxygen as an ideal gas. Determine the change in internal energy and enthalpy of oxygen per unit mass, using: Data for line over u and line over h from the oxygen table
when you move up from the surface of the earth the gravitation is reduced as g 9.807 - 3.32 times 10-6 z with z as the
Find: Pin dynamic forces and T (torque applied on link 2 ) to generate the required input velocity following requested output velocity of 25rpn Please note that for kinetic analysis
a 100kg pure iron block at 27 degrees c is dropped into an insulated rigid tank that contains 0.1m3 of unused engine
as the airplane begins its takeoff run at t 0. the normal forces exerted on its tires at a and b are na 4.2 kn and nb
Two column technical paper in about 300-3500 words on any theoretical topic related to product development process.
Estimate the blood pressure in each branch, assuming that blood vessels behave as rigid tubes, that we have frictionless flow, and that the vessel lies in the horizontal plane. What is the force generated at the branch by the blood? You may approx..
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