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A rigid tank contains an ideal gas at 300 kPa and 600 K. Now half of the gas is withdrawn from the tank and the gas is found at 100 kPa at the end of the process. Determine (a) the final temperature of the gas and (b) the final pressure if no mass was withdrawn from the tank and the same final temperature was reached at the end of the process.
in order to determine the power dissipated across a resistor the current flow and resistance values are measured
answer the following questions1. name six types of springs.2. name three types of gears.3. state hookes law.4. give the
the pressure at the interface of the troposphere and stratosphere at 11 km is 22.6 kpa abs. in the first layer of the
Identify a series of physical problems which lend themselves to being simplified to the use of a 2D solid element - Describe and discuss the differences of the 2D Solid Element types
a mass of 6 kg of a saturated liquid plus vapor mixture of water exists at 175 kpa in a well-insulated rigid tank.
find a unique four-bar mechanism one that was not mentioned in class like the vise grips. sketch the mechanism and
water flows steadily through a horizontal fire hose and nozzle. the hose is 75 mm inside diameter and the nozzle tip is
The aim of this project is to understand the challenges in recycling products that were created by 3d printing. Thisincludes: learning from existing technology of recycling 3d printed products (Filabot), finding and comparing differences between o..
a 250 mm bar of 15mm x 30 mm rectangular cross-section consists of two aluminum layers which are 5 mm thick each brazed
A power cycle operates between hot and cold reservoirs and 310 K, respectively. At steady state the cycle develops a power output of 0.1 MW. Determine the minimum theoretical rate at which energy is rejected by heat transfer to the cold reservoir, in..
determine the specific volume of superheated water vapor at 15mpa and 350oc using a the ideal gas equation b the
A heat engine operating on the Carnot cycle has an efficiency of 65%. The waste heat from the cycle is rejected to the atmosphere at 20 deg. C. at a rate of 250 kW. What is the temperature of the heat source driving the engine in deg. C? For the heat..
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