Operational risk management is a continual cylic process that involves assessment of risk, risk decision making and execution of risk controls. it is a five step process and it is often used in planning. the five steps include identifying the hazard. hazard is anything with the potential of causing harm. the second step is assessment of hazard. this is followed by making risk decisions and fourth step execution of risk controls and finally supervision.
Recognize Hazards : lead a Preliminary Hazard Analysis by posting the majority of the dangers related with each progression in the operational examination alongside conceivable reasons for those hazardsFor each peril distinguished, decide the related level of hazard as far as likelihood and seriousness. Evaluate Hazards : Initially, create chance control choices. Begin with the most genuine hazard first and select controls that will decrease the hazard to a base reliable with mission achievement. Settle on Risk Decisions : With chose controls set up, choose if the advantage of the activity exceeds the risk.If hazard exceeds advantage or if help is required to execute controls, speak with higher expert in the levels of leadership Actualize Controls : Measures that can be utilized to wipe out dangers or lessen the level of hazard. Administer : Lead follow-up assessments of the controls to guarantee they stay set up and have the coveted impact. Screen for changes, which may require encourage ORM. Make remedial move when important
The correct answer is option d. "phosphorylation of glucose".
Explanation:
The phosphorylation of glucose is one of the most important catabolic reactions that allow to obtain energy from sugars. This reaction is the first step of glycolysis and avoid cells to lose sugars by diffusing back to its transporter. The phosphate used to phosphorylate glucose comes from the hydrolysis of one of the three phosphate of adenosine triphosphate. Therefore, phosphorylation of glucose is a processes where ATP hydrolysis is directly involved.
An example of macroevolution is the evolution of a new species. One mechanism that drives evolution is natural selection, which is a process that increases the frequency of advantageous alleles in a population. Natural selection results in organisms that are more likely to survive and reproduce.
