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describe an effective decision-making process from your current or former workplace this process could have taken place
make-up exam 20 points 5 points for each essayfor exam 3 you must complete four 4 essay questions using standard essay
1 prove that the slope on a ts diagram ofa an isochoric curve is tcvb an isobaric curve is tcp2 why does an isochoric
a current of 10 a is maintained for 1s in a resistor of 25 omega while the temperature of the resistor is kept constant
imagine that your city has experienced a drastic rise in food-borne illness the public lacks the knowledge about
a carnot engine absorbs 100j of heat from a reservoir at the temperature of the normal boiling point of water and
an inventor claims to have developed an engine that takes in 100000btu at a temperature of 400 k rejects 40000 btu at a
each teacher educator candidate will be required to submit a powerpoint presentation on how heshe will apply skills
a storage battery is connected to a motor which is used to lift a weight the battery remains at constant temperature by
the specific heat capacity at constant pressure of steam at atmospheric pressure is given byif the specific enthalpy of
a the specific entropy of saturated water at 1000e is 1307klkg deg and that of saturated steam at the same temperature
a thermally insulated cylinder closed at both ends is fitted with a frictionless heat conducting piston that divides
an adiabatic cylinder closed at both ends is fitted with a frictionless adiabatic piston that divides the cylinder into
what is the entropy change of the universe as a result of each of the following processesa a 1-microf capacitor is
a prove that two isentropic curves do not intersect for systems of two independent variablesb show that isentropic
a what happens when helium gas is compressed isothermally above the critical temperatureb if water vapor is compressed
a body of constant heat capacity cp and at a temperature ti is put in contact with a reservoir at a higher temperature
a one kilogram of water at 273 k is brought into contact with a heat reservoir at 373 k when the water has reached 373
the pressure on 1 g of water is increased from 0 to 108pa reversibly and adiabatically calculate the temperature change
from the differential equation for the thermodynamic potential at v derive expressions for pressure p entropy s
when lead is melted at atmospheric pressure the melting point is 600 k the density decreases from 1101 to 1065 gcm3 and
prove that during a first-order phase transitiona the entropy of the entire system is a linear function of the total
the latent heat of fusion for ice i is 334 x 105 jkg at odegc and atmospheric pressure if the change in specific volume
saturated liquid carbon dioxide at a temperature of 293 k and a pressure of 572 x 106 pa experiences throttling to a
according to hill and lounasmaa the equation of the 4he inversion curve iswhere p is given in atmospheresa what is the