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Select the most probable hazard associated with each operation.
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compressor operation
[ Choose ] flooding unburned hydrocarbons flame out working at heights noise agitation problem pressure surges high velocity steam
cooling tower operation
[ Choose ] flooding unburned hydrocarbons flame out working at heights noise agitation problem pressure surges high velocity steam
reactor operation
[ Choose ] flooding unburned hydrocarbons flame out working at heights noise agitation problem pressure surges high velocity steam
flare operation
[ Choose ] flooding unburned hydrocarbons flame out working at heights noise agitation problem pressure surges high velocity steam
distillation operation
[ Choose ] flooding unburned hydrocarbons flame out working at heights noise agitation problem pressure surges high velocity steam
furnace operation
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- When two objects at different temperatures are brought into contact with one another (such as a hot steel bar dropped into cold water), the cold object will O increase in temperature to the same temperature as the hot object before being placed in the water. O lose as much heat as the hot object loses the cold object will remain unchanged O gain as much heat as the hot object losesarrow_forward34. calculate the residence time of the methane stream in the porous absorber given the solar power of 2.3193 kW and a felt temperature of 1758 K. the methane flow rate is 12683.916793505834 cm^3/min. the porous carbon felt absorber has a porosity of 0.9 and a thickness of 3.2 mm.arrow_forwardThe following consideration(s) is/are relevant to the choice of refrigerant (SELECT ALL that apply): Vapor pressure Environmental factors Toxicity and corrosion properties Water is usually used as the refrigerantarrow_forward
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