Answer:
To enhance availability by 5%, the downtime due to repairs or reboots needs to drop by 600 hours
Step-by-step explanation:
Increasing availability to 5% involves multiplying the current availability hours by 105%.
Thus, 1.05 × 12000 = 12600 hours
Consequently, the repair/reboot duration must be lessened by 600 hours.
Step-by-step explanation: Since the number P(t) increases proportionally to the number of individuals unaware of the product, we establish that initially, nobody is aware of the product at the campaign's start and that 50% are aware after 50 days of advertisements. Thus, we determine: P(0) = 0 and P(50) = 1,500,000, leading to a first-order ordinary differential equation. The integrating factor must be calculated and both sides of the equation manipulated accordingly. Hence, upon integrating and solving, we arrive at the equation modeling the number of people (in millions) aware of the product over time.
Answer:
What is the variation for each successive input?
✔ 1
What is the variation for each successive output?
✔ 0.35
What is the rate of variation for the correlation?
✔ 0.35
Step-by-step explanation:
The change per input is 1 since the inputs are 10,11,12,13.
The change for each successive output is 0.35 because we must subtract 4.1 from 3.75.
Thus, the rate of variation for the correlation is likewise 0.35.
Answer:
In this case, the method of sampling employed by the poll
Explanation:
Convenience sampling, often referred to as grab, opportunity, or accidental sampling, is a non-probability sampling technique where the sample is collected from the part of the population that is easily accessible. This technique proves to be particularly useful for preliminary investigations.
This type of sampling makes selections based on ease of access, willingness of individuals to participate, and availability at specific times.
Consequently, this approach can lead to biased results and may not yield the expected outcomes.
