Did you know?
Did you know that the maximum frequency reached by an object being rotated in a horizontal circle is determined by the maximum tension the string can withstand? For instance, if an object with a mass of 0.1kg is rotated by a 1m long string, and the maximum tension the string supports is 50N before breaking, the maximum frequency of rotation can be calculated using the formula: maximum frequency = square root of (maximum tension divided by (2π times mass)). So in this case, the maximum frequency reached can be found by taking the square root of (50N divided by (2π times 0.1kg)), resulting in a value that represents the highest number of complete rotations per unit of time that can be achieved by the object before the string breaks.