An electric device delivers a current of [tex]$15.0 A$[/tex] for 30 seconds. How many electrons flow through it?
Answer (2)
A Person in Charge (PIC) is a role commonly found in various fields, particularly in business, food safety, health care, and other industries. The responsibilities of a PIC can vary depending on the specific context, but generally, they include the following key duties:
Compliance and Regulation Management : The PIC is responsible for ensuring that operations comply with local, state, and federal regulations. This includes understanding the relevant laws and guidelines and making sure that all activities adhere to them.
Oversight and Supervision : The PIC oversees the activities of the team or organization they are responsible for. This involves monitoring operations, ensuring tasks are completed correctly, and providing guidance and support to team members.
Training and Education : The PIC is often tasked with training employees and ensuring that they are knowledgeable about current practices and procedures. This can include organizing workshops, seminars, or hands-on training sessions.
Risk Management : They identify potential risks in processes or operations and implement strategies to minimize or eliminate these risks. This might involve conducting regular inspections and audits to ensure safety and efficiency.
Problem-solving and Decision-making : When issues arise, the PIC is typically the point person for resolving them. They must have the ability to make informed decisions quickly and effectively.
Communication : The PIC acts as a communication link between different departments, stakeholders, or regulatory bodies. They must relay information accurately and ensure that all parties are informed and aligned on objectives and expectations.
In summary, the PIC plays a crucial role in maintaining the standards and efficiency of operations through leadership, compliance oversight, training, and strategic decision-making.
Approximately 2.81 x 10^21 electrons flow through the electric device delivering a current of 15.0 A for 30 seconds. This calculation is based on the relationship between current, charge, and time, as well as the charge of a single electron. By multiplying the current by the time, we find the total charge, which we then divide by the charge of an electron to determine the total number of electrons.
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