The exposure factor $($EF$)$ is the amount of damage that the risk poses to the asset, expressed as a percentage of the asset$$s value. If the Business Continuity Plan $($BCP$)$ team consults with flood experts and determines that a flood would cause $70$ percent damage to the building. The asset value of the building is worth Rs$.30,00,000.$ The single loss expectancy $($SLE$)$ is the monetary loss that is expected each time the risk materializes. Calculate the single loss expectancy $($SLE$)$ due to a flood $.$

The Annual Rate of Occurrence $($ARO$)($from the likelihood analysis$)$ is the number of times you expect a disaster to occur each year. The flood experts predict that a flood will occur once every $40$ years. The annualized loss expectancy $($ALE$)$ is the monetary loss that the business expects to occur as a result of the risk harming the asset over the course of a year. Calculate the annualized loss expectancy $($ALE$)$ of the same building $.$