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1. Successful Communication: Why is a careful and accurate analysis of context, audience and purpose so critical to successful technical communication? In what ways might technical communication change, based on context, audience or purpose? Throughout the Design4Practice program, to what audience have you addressed your work (list examples)? How might your audience change in EGR386W? 2. Clear, Concise, and Comprehensive Communication: An aspect of technical communication that is often challenging is the balance of clear, concise, and comprehensive. Why might this balance be difficult to master in technical communication? Have you struggled with this balance before? If so, when? 3. Focused, Organized, and Ethical Communication: Describe the importance of ethical communication, particularly in EGR386W. What are some ways in which communication could be unethical, and why might this be concerning to engineers? 4. Engineering Communication Conventions: Lastly, what aspects of English language mechanics have you most struggled with in the past (grammar, punctuation, spelling)? What about the six aspects of technical communication (clear, concise, comprehensive, focused, organized, and ethical)? How do you hope to improve on this throughout the EGR386W semester?
a certain indutrial process requires a steady stream of saturated vapor steam at 200 kpa at the rate of 2 kgs. there
al 6061-t6 bar. properties youngs modulus e 68300mpa yield strength sigmay 276 mpa ultimate strength sigmau 310mpa
a man hits a 50g golf ball such that it leaves the tee at an angle of 40 degrees with the horizontal and strikes the
the heat flux that is applied to one face of a plane wall is q 20 w m2. the opposite face is exposed to air at
What is the mass of oxygen gas in a container with a volume of 25 ft3, at a pressure of 14.7 psia and a temperature of 75oF?
A small scale hydraulic power system has an elevation difference between the reservoir water surface and pond surface temperature downstream of turbine is 10m. The flow rate through the turbine is 1m^3/s. The turbine efficiency is 83%. Determine t..
dislocation densities of 10e7 amp 10e11 cm-2 are typical for annealed and deformed ni respectively. for each case what
A centrifual pump is used to raise water against a static head of 18 m. The suction and delivery pipes, both .15m in diameter, have respectively, friction head losses amounting to 2.25 and 7.5 times dynamic head. The impeller, which rotates at 1450 r..
steam is the working fluid in an ideal reheat rankine cycle. steam enters the first-stage turbine at 8.0 mpa 480
Propane gas enters a continuous adiabatic heat exchanger' at 40°C and 250 kPa and exits at 240°C superheated steam at 300°C and 5.0 bar enters the exchanger flowing counter currently to the propane and exits as a saturated liquid at the same press..
The distance from the centre of rotation to the centre of the mass is 1.5 m and the diameter of the wire is 2 mm. If the ultimate tensile strength of the steel is 500 MPa, determine the rotational speed at which the wire will break.
A flat surface 4m wide and 10m long is exposed to air flow parrallel to its long side. The speed of the air is 55 km/h and the temperature is 5C. If the temp of the surface is constant at 12C, calculate the heat loss from the surface. Air properties ..
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