Many mathematical models on cholera were developed before now, some of the famous ones are: The Capasso and Paveri- Fontuna mathematical model on cholera that described the dynamics of the 1973 epidemic of cholera in Italy, the model has two equations. Codeco (2001) developed mathematical cholera
model with three equations, the first two equations described the susceptible and the infected population and the third equation described the concentration of Vibrio Cholerae bacteria in the environment. Pascaul et al (2002), seem to have generalised the model in Codeco(2001) a fourth equation on the volume of
water in which the formative live, is added. A five equations mathematical model on cholera was developed by Hartley et al (2006), it describe the dynamics of the susceptible, infected, recovered or removed human population and the hyper infective and lower infective states of Vibrio Cholerae population.
This study aim at portraying effective measures to curtail spreading of cholera after its outbreak in a community,
synthesised the level at which the measures must reach for it tobe more effective.