Answer:
The specification is characterized throughout the explanatory segment below, and according to the particular circumstance.
Explanation:
The 3 geometric distribution generalizations were also:
- For every prosecution, there have been multiple alternative results (successes and failures).
- Trials were indeed autonomous.
- Within each sentencing hearing, the likelihood of success seems to be the same.
Because the probability of substitute isn't constant through each shoot. Therefore, x doesn't ensure that the proposed geometric distribution.
The examples of the characteristics of an epic are:
- Nobility
- Strength
- Bravery
- Worldliness
- Fighting skill
- General heroism.
<h3>What are the characteristics as shown in the characters of Beowulf?</h3>
Beowulf is said to be a young and great warrior, who was known to have a lot of strength as well as courage.
He is known to be perfectly made up of a lot of the manners and values that was seen to be dictated by the Germanic heroic code. He is also known to be loyalty, courtesy as well as has pride.
Hence, The examples of the characteristics of an epic are:
- Nobility
- Strength
- Bravery
- Worldliness
- Fighting skill
- General heroism.
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Answer: The plan is funded by permanent insurance only;
Explanation:
Key person insurance simokt refers to a form of life insurance policy whereby a death benefit is provided to a business when there's death if the owners or a key employee.
The key employee is the insured, the employer is is the owner, payor and beneficiary of the policy.
From the options given, we should note that key person insurance is not funded by permanent insurance only. Therefore, the correct option is B.
Answer:
the number of houses ≈ 8.25 million houses
Explanation:
Given that:
A typical house in the United States uses about 10,900 kWh,
1 TWh (terawatt-hour) =1×10^6 GWh (gigawatt-hour) =1×10^9kWh (kilowatt-hour)
The three Gorges Dam in China produces about 90TWh of electricity each year. If it was to to be built in the United states, the number of houses such a plant would be able to provide the electricity for in a year is given as:
Number of houses = Amount of electricity produced in a year / amount of electricity used by each house.
Number of houses = 90 TWh / 10,900 kWh = 90 × 10⁹ kWh / 10,900 kWh = 8256881
Therefore the number of houses ≈ 8.25 million houses
