The following policy that prevents employees from being able to tamper with security settings by limiting the time they spend checking those settings is about is <u>Job Rotation,</u> this limits the amount of time that people can tamper with security settings
<h3>What is job rotation?</h3>
It is the process in which a worker leaves his position and this must be replaced by another. In other words, any exit or entry of a collaborator in the company generates a rotation movement. There are even different types of job rotation:
- Involuntary
- Volunteer
- Desirable
- Undesirable
For more about Job rotation here brainly.com/question/29833716
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Answer: $24
Explanation:
Given that,
Two workers serve = 16 customers per hour
Three workers serve = 22 customers per hour
Each customer spends an average of $4 in the store.
Total revenue from Two workers = 16 × $4
= $64
Total revenue from Three workers = 22 × $4
= $88
Therefore, the marginal benefit of hiring the third worker would be:
= Total revenue from Three workers - Total revenue from Two workers
= $88 - $64
= $24
Answer:
C = 0.05*x + 34
Explanation:
There are several ways to approach this problem. However, we will follow a logical and simple procedure.
It is always possible to write any linear equation as:
y = mx + b, where:
m = slope
b = y-intercept (value when x = 0)
The problem statement guarantees us that b=34, because if we do not drive any mile (x=0), then the cost should be equal to $ 34. Also, we know that m=0.05, because every driven mile (increase in x by 1) the cost should increase by $5. Therefore, we can write the linear equation as:
y = 0.05x + 34
Changing the dependent variable y for C (to relate it with the cost) we have that:
C = 0.05x + 34