A load is suspended on a rope. The load is lifted with an acceleration of 2$2$ m/$/$s for the first time, and 8$8$ m/$/$s for the second time. In the first case, the tension of the rope is equal to 98.1$98\mathrm{.}1$N,$,$ in the second case, the rope is stretched so much that it breaks. Find the mass of the load and the tension in the rope at break.