We welcome you to the much-awaited ESU-Weill Cornell Masterclass in General urology (ESUSalzburg), which will take place in exquisite Salzburg, a city permeated with beauty, music and art. Designed for young urologists with academic profiles, the masterclass is a collaboration between the European School of Urology and Weill Medical College of Cornell University. ESUSalzburg is a high-level programme on general urology that covers topics in uterine and vaginal prolapse, incontinence, prostate cancer, benign prostatic obstruction, lithiasis, and infection.
1 This says that pressure divided by (density multiplied by a constant) equals temperature. 2  In the demijohn experiment, we increase the air pressure and the density. 3  As it turns out, the % increase in pressure is greater than the % increase in density, so the term p/ r R increases. 4  Hence, temperature increases.
This is because a higher-than-normal temperature (a warm, balmy day) tends to be accompanied by a higher-than-normal barometric pressure of the atmosphere. That is, high temperature tends to decrease air density, while high pressure tends to increase air density. The air density ratio column in Table 3.1-1, which is the ratio of standard air density at altitude to the standard air density at sea level, shows that the air density decreases rapidly as altitude increases.