Browsing by Author "Sibanda, M."

Now showing 1 - 2 of 2
  • No Thumbnail Available
    Item
    Effects of corporate social responsibility on firmperformance: Evidence from Zimbabwe
    (International Journal of Advanced Multidisciplinary Research, 2022) Sibanda, M.; Ndlovu, M.J.; Zulu, E.; Tlou, F.; Baya, C.
    This study sought to analyse the effect of corporate social responsibility (CSR) on firm performance in listed firms in Zimbabwe. The specific objectives of the study were to analyse the relationship between CSR and profitability, ascertain the effect of CSR on competitive advantage and establish the impact of CSR on sales revenue in listed firms in Zimbabwe. Quantitative research techniques anchored on the positivist research philosophy were the main methods used to undertake the study. A sample of 14 purposively selected firms engaged on CSR responded to questionnaires which were augmented by secondary sources such as annual reports as well as industry reports and RBZ publications. Regression analysis and correlation analysis were the main tools used to analyse the data. The study found a positive relationship between CSR and firm profitability in listed companies in Zimbabwe. It also found out that CSR has a positive effect on competitive advantage and that CSR has a positive impact on sales in listed firms in Zimbabwe. Hence, the study recommends that firms should engage in social and environmental initiatives to improve their image in the eyes of stakeholders. Firms should alsopublicize their CSR initiatives and seek consensus with stakeholders with moderncommunication channels. In addition, they should cooperate with others in order to reduce the costs of engaging in CSR initiatives.
  • No Thumbnail Available
    Item
    Load Shedding Battery Cut-Off Circuit for Solar Powered System
    (Indiana Journal of Multidisciplinary Research, 2022-08-27) Chasokela, D.; Tshuma, L.S.; Mastshe, K.; Sibanda, M.
    Most countries have high demand of electricity. Load shedding is a way of shedding loads when the electricity demand is higher than the total generation, Butt et al.(2020). Therefore, to protect the system solar powered systems are used in households. The experimental design set up system includes a battery, comparator and control of the system. The design allows energy conservation and the design process uses Droid Telsa application. Simulations of circuit battery voltages are simulated at different voltages. The design is sensitive to slight voltage changes.