The goal of the current investigation was to computational screening and biochemical evaluation of Riconus communis Linn's root. The phytochemicals from the root of Ricinus communis were extracted using methanol and water. Via phytochemical screening with LC-MS, it was possible to identify the greater number of phytoconstituents in the ricinus communis linn root extracts. Potential sources of novel drugs and therapeutic leads included the plant's active phytoconstituents. The study's findings indicated that the methanolic extract of Ricinus communis root includes compounds with anticancer properties and some pharmacological active moieties. Esters, bioflavonoids and phenolic compounds have been estimated by chemical analysis and these were further identified with the help of LC-MS analysis. Thus, the raw root extracts of Ricinus communis may serve as fresh sources for the creation of novel plant-based medicines for the treatment of various illnesses. Since the plant already contains phenolic compounds, esters, and flavonoids, and the potential toxicity of a few specific components were investigated. It can be employed for the approaching research because it has been found that it is less dangerous and active.