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The force plate in Figure 4.9 is 70 cm by 70 cm square. At a particular instant of the gait cycle each transducer reads F1 ¼ 210 N, F2 ¼ 220 N, F3 ¼ 150 N, and F4 ¼ 180 N. Compute the resultant force and its location.
At 50 °C the system acetone(1) and chloroform(2) forms an azeotrope with composition x1 = 0.416. What is the pressure at the azeotropic composition at 50 °C?
Estimate the rate of corrosion in ipy and mm per year.
What is the settling velocity in still air of a particle that is 40 µm in diameter and spherical? The particle has a density of 1400 Kg/m3. Use a density of 1.2 Kg/m3 and a viscosity
Calculate the equilibrium conversion and the CSTR and PFR volumes necessary to achieve 98% of the equilibrium conversion and calculate the time to reach 90% conversion if the reactor is a batch reactor filled to the brim.
Write balanced equations for the combustion of each component of the fuel gas.
Calculate the gross torque developed for a flux per pole of 0.02 Wb and an armature current of 50 A. (Note: The number of parallel paths is equal to the number of poles for lap windings.)
If the generated emfs are 200 and 210 V, respectively, determine the load voltage and the armature current of each machine.
Estimate the concentration of the substrate at the surface of the immobilized enzyme
explain how a supercritical flow changes to a subcritical flow. You may need to refer text books and web pages to answer this question.
You are required to write a mini project that is structured in such a way as to answers all the questions contained within the project description.
A horizontal steel pipe having inner and outer diameter as 150 and 180 mm respectively is lagged with 50 mm thickness of 85% magnesia insulation inside ,which has flue gas flowing at 260oc
Extract ore descriptors or features from the variables and design a model that can classify the ores correctly from images of the ore
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