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1 compute the locomotion transport number of a pedal-powered aircraft whose total mass including the operator is 126 kg
while paul is driving his classic 220 hp 3000 lbf mustang convertible to his thermodynamics final exam he is stopped by
tom is a 750 kg bicyclist who recently averaged 420 kmh during a 240 km race with an 840 kg racing bike if he consumes
sharla weighing 140 lbf absorbs 0500 hp in her muscles while pedaling a 700 lbf bicycle at 250 mph into a 500 mph head
1 jim has a frontal cross-section of 200 m high by 0500 m wide and can run at 400 ms and swim at 100 ms his drag
if king kong was ten times bigger than a normal human beinga find his locomotion transport number while riding a
if a cold-blooded animal has an activation entropy of death of 3088 kjkgmole middot k at 250degc what is the change in
design an inexpensive apparatus that measures the energy conversion efficiency of an in vivo human arm or leg muscle
one of the problems with the commercially available bomb calorimeters is that they can test only small samples on the
1 design a system that measures the rate of metabolic heat production of a small warm-blooded animal you may use either
design a variable resistance rowing exercise machine that has a direct digital readout of the instantaneous energy
design an apparatus that measures the metabolic heat loss rate and surface temperature of a yeast culture or a small
1 develop an interactive computer program that returns the users basal metabolic rate oxygen uptake rate carbon dioxide
1 develop an interactive computer program that provides the user with the metabolizable energy content of foods chosen
combine the programs of problems 1 and 2 to produce an interactive computer program that returns a series of three
1 determine the number of diatomic nitrogen n2 molecules in 1 in3nbspat 700degf and a pressure of 100 times 10-10nbspmm
for 1010nbspbromine br2 molecules confined in a volume of 100 m3nbspat a pressure of 100 pascal assume ideal gas
find the temperature t at which vmpnbsp c the velocity of light for the neon atoms discussed in examples 1 and 2example
1 hydrogen h2 at 300 mpa and 1000 k is confined in a volume of 100 m3nbsp determine vavg vrms vmp and the collision
1 an experimentally determined relation for the temperature dependence of the constant pressure specific heat of
1 use the maxwell-boltzmann formulae for diatomic gases and calculate the value of cpnbspfor water vapor at 400degf and
the experimentally measured value for cvr for methane ch4 at 300 k is 32553 use the maxwell-boltzmann formulae for
equation gives the eprd for a general binary system as sigma l11x12nbsp 2l12x1x2nbsp l22x22nbspgt 0 this quadratic
1 show that the difference in kelvin coefficients for a thermocouple made of conductors a and b can be written in terms
1 the absolute seebeck coefficient for a material is given by alpha 300 150 t - t2nbsp times 10-6nbspvk where t is in