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Consider a classroom that is losing heat to the outdoors at a rate of 20,000 kJ/h. If there are 30 students in class, each dissipating sensible heat at a rate of 100 W, determine if it is necessary to turn the heater in the classroom on to prevent the room temperature from dropping.
List the main sources of heat and humidity in mines and briefly describe the methods that can be used to control heat and humidity in an underground mining situation.
Assessment based on design a building matching the code that they mension
Prepare a well-researched report that identifies and analyses the existing OHS environment for the offshore petroleum industry in Australia.
Calculate the volumetric flow rate and the mass flow rate and determine the average flow velocity of the air and the air quantity flowing
Produce the most all encompassing definition of technology while discussing Heidegger's article. Having discussed willed ignorance during the critical thinking discussion, now is your chance for some self-reflection.
can you provide on when we might use each type? What would be the appropriate hypotheses statements for each example?
offer an explanation for why cracking might have occurred and provide at least three suggestion on how to prevent this
Assignment is about design a building which is located in Tasmania- Describe the renewable energy resources that might be available in the geographic region of interest. How would you harness the energy?
What is happening to the a 0 dimension of the unit cell of the andalusite crystal structure, when it is being heated?
Explain why tempering cycle is essentially required in the heat treatment of high tensile carbon steel and what are the consequences if tempering cycle is not carried out?
The first cash flow of a 25-year series of quarterly cash flows is equal to $35,000. Each cash flow in the series increases by $800. Find the amount of each cash flow in an equal quarterly cash flow series that is equivalent to the increasing cash..
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