Cannot even maintain all the construction of the world with the unknowns of blueprints of “batcaves”aka underground carparks and ventilation and car-lifts.
considering everyone needed to have a tantrum let’s just talk the speed of sound of chlorine versus tantalum.
not an iron mountain security now exactly is it my dear, hello from the colliery gas line in the atmosphere.
The general principles of speed of sound not pertaining to light we may get to the correlation once the vitriol dies down.
sound is faster in warm air, arid risk of static though too so let us just talk basic estimates of 358m/s on a 45°C day compared to say the say dry in the air on -1°C at 330m/s then to factor in the humidity in between.
General principles are based on constants, knowns, pertaining to permanent pressure and resistivity say the bulk modulus or density that defines the inertial response.
Then to the more complex notions of sound propagation at the thermal boundaries of knowns zones of interaction between one air quality to the other, how states change isentropically therefore irreversibly and adiabatically.
maybe let us all get back to
a= √GammaRT
gamma as the ratio of heat
R as the specific gas
T as the absolute constant temperature
what have we learned anything new about how long it takes to settle tantalum with the speed of sound 3400 m/s and chlorine at 206m/s properties of…
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