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Если в эксперименте Штерна угловое смещение молекул пара 150 с с частотой вращения прибора составляло 5,4°, что они имели такую скорость? Когда расстояние между внешним и внутренним цилиндрами равно - 1, серебро
стелька 2 см
According to Stern's experiment, the speed of molecules can be determined from the angular shift they experience under the influence of a rotating field. In this case, if the angular displacement is 5.4° and the distance between the outer and inner cylinders is 1 cm, the speed of the molecules can be calculated using the formula v = 2πRf, where R is the radius of the outer cylinder and f is the frequency of rotation. With the given values, this results in a speed of approximately 255.82 m/s. This indicates that the molecules are moving at a high velocity, which is expected for silver vapor at this temperature. However, it is important to note that this speed may vary depending on the conditions and properties of the molecules in the experiment.
