\frac{x_{l õ p p}}{x_{a l g}} = \frac{\frac{F L}{g M_{l õ p p}}}{\frac{F L}{g M_{a l g}}} = \frac{M_{a l g}}{M_{l õ p p}} = \frac{m_{k u u p} + m_{v e s i}}{m_{k u u p}} = 1 + \frac{m_{v e s i}}{m_{k u u p}}; \frac{m_{v e s i}}{m_{k u u p}} = \frac{34}{8} - 1 \approx 3, 2

${\frac{x_{lõpp}}{x_{alg}} =\dfrac{\frac{FL}{gM_{lõpp}}}{\frac{FL}{gM_{alg}}} =\frac{M_{alg}}{M_{lõpp}} = \frac{m_{kuup} + m_{vesi}}{m_{kuup}} = 1 + \frac{m_{vesi}}{m_{kuup}};\quad \frac{m_{vesi}}{m_{kuup}} = \frac{34}{8} - 1 \approx 3,2}$

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