Answer:
an overall low-cost provider strategy.
Explanation:
Competitive advantage can be defined as conditions, factors or circumstances that allow a business firm (organization) to manufacture finished goods or services better and perhaps cheaper than other (rival) firms in the same industry. Thus, it's responsible for putting a business firm in a superior or more favorable position than rival firms.
This ultimately implies that, a competitive advantage has a significant impact on a business because it increases its level of sales, revenue generation and profit margin when compared to rival firms in the same industry.
A overall low-cost provider strategy is a strategic business model that's typically focused on a broad customer base (segment) while still making profit by providing low-cost goods and services to the customers, as well as underpricing rivals in the same industry.
This ultimately implies that, it is a business strategy that involves lowering the price of goods and services in order to stimulate demand, generate more revenue, draw more customers and gain a competitive advantage over competitors or rivals in the same industry.
Hence, when a company strives to achieve lower overall costs than its rivals in the same industry and appeals to a broad spectrum of customers, it is considered to pursue an overall low-cost provider strategy.
Circuit characteristics such as voltage, Contact resistance, and internal resistance of the body, Duration of the contract, Environmental conditions that affect the body's contact resistance, Pathway of the current through the body are not characteristic of contact with energized components that affect the severity of injury to a person in a shocking incident.
Sweating - Anything that increases the hydration of body tissues (such as sweating or being very young) makes a person a better conductor and therefore more likely to be injured in shock.
The main factors of energized components that influence the severity of an electric shock injury are 1) the amount of current flowing through the body, 2) the duration of the current flow, and 3) the path of the current through the body.
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