Consider the scenario shown in Figure $2,$ with $10$ different servers connected to $10$ different clients. The pairs share a common middle hop with a transmission capacity of R $=200$ Mbps$.$ Each link from a server to the shared linkhas a transmission capacity of Rs $=25$ Mbps$.$ Each link from the sharedmiddle link on the next link to a client has a transmission capacity of Rc $=50$ Mbps$.$ Lastly, note that Host$-1$ and Host$-2($connected to servers Server$-1$ and Server$-2,$ as shown$)$ have an additional intervening router, and a link onthe path with capacity Re $=10$ Mbps$.$The servers transmit to the receiving hosts at the fastest rate possible $($i$.$e$.,$ the rate at which the bottleneck link between a server and its destination is operating at $100\%$ utilization, and is fairly shared among the connections passing through that link$).$What is the maximum throughput achieved on the Server$-10$ to Host$-10$ connection assuming the values of Rs$,$ Rc$,$ R and Re given above? Give the formula and the result.