  Using some probes, the violation of cosmic censorship conjecture in a general
Kerr-Newman black hole is investigated. The result depends on many factors,
like the relative sign of charge and rotation direction of the probe and black
hole. Moreover the comparison of the angular momentum of the black hole and its
charge has an impressive effect. Considering all these together, we have found
the range of the angular momentum, energy and charge of the probe for which the
event horizon disappears. We have found that cosmic censorship conjecture
violation is possible only for near extremal black hole if the parameters of
the probe are too large and fine tuned. Taking into account the hoop
conjecture, we see that the cosmic censorship conjecture is respected for a
general Kerr-Newman black hole subject to a large enough number of falling
particles and also field quanta.
