Design circuit with two OP AMP and one voltage source
The problem is not solvable. 

If we assume ideal op-amps, the upper op-amp is trying to force the output voltage to -50 V, producing -5 A through the load resistor. If the lower op-amp tries to force it to a different voltage, that is a contradiction in your model --- i.e., you can't assume ideal op-amps here. To get a plausible answer, you must specify some output resistance for the op-amps. 

If we assume real op-amps, the problem is simply not realistic. 10 A through 10 ohms requires 100 V, and results in 1 kW delivered to the load. This is not feasible with real op-amps. Furthermore the conflict in outputs between the two op-amps would (very briefly) result in vastly higher currents being produced until one or the other of the two op-amps incinerated itself.

In general, you should not design circuits where the outputs of two amplifiers are connected directly together. They will not be analyzable by simple models since their behavior will depend on non-ideal behavior of the components. And in practice they will tend to damage themselves when turned on.