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Late work (requires approval from instructor) will receive ___% reduction for every day late. 

Too much vertical angulation results in images that are elongated.

The midsagittal plane is an imaginary line that divides the patient in right and left equal haves. This line would be:

When utilizing the manual ‘dipping’ processing technique, the amount of time a film needs to be submerged in fixer solution to prevent it from turning brown is:

Developer does what to dental film?

Problem 3: Part B A vapor compression cycle has a mass flow rate of 0.05 kg/s. R-134a enters the compressor (η = 70%) at 2.8 bar, 70 °C and then is compressed to 9.0 bar. The R-134a exits the condenser as a saturated liquid.   Determine the cooling capacity of the cycle (tons)

Links to resources: ThermoTables_MoranShapiro_9thEd.pdf ME3523_FormulaSheet_Exam3.pdf

Problem 1: Part A An Otto cycle begins with 8.5 L of air at 300 K, 1 bar. The clearance volume is 0.5 L, and the maximum temperature is 1800 K. You may interpolate if the difference between the two numbers is 0.1 or less   On a cold air-standard basis, determine the mean effective pressure of the cycle (kPa)  

Problem 2: Part C A Diesel cycle begins with 10 L of air at 300 K, 1 bar. The cycle operates with a compression ratio of 23.25 and a maximum temperature of 2050 K. You may interpolate if the difference between the two numbers is 0.1 or less   Complete the P-V diagram for the cycle by denoting where states 1, 2, 3, and 4 are:   Submit your completed diagram in your partial work submission. There is no file upload here.   As a placeholder, type “thermodynamics” in the blank.

Problem 3: Part C A vapor compression cycle has a mass flow rate of 0.05 kg/s. R-134a enters the compressor (η = 70%) at 2.8 bar, 70 °C and then is compressed to 9.0 bar. The R-134a exits the condenser as a saturated liquid.   Determine the coefficient of performance