<span>In dermining how much life insurance coverage
is needed for an individual , you have to consider first, to determine annual
income needs of your family if you were to die today. Because you have to
consider any lifestyle changes that might happen after te death and include
current expenses such as mortgage, rent, groceries, clothing, utility bills,
entainment, travel, transportation and child care. Next, you have to subtract
available income from annual income needs. Then, determine the principal needed
to generate income to be replaced (annual income to be replaced) devided by
(rate of return) = amount of principal needed. Next, Add one-time expenses of
your survivors will have to pay including funeral expenses. Lastly you have to subtract
one-time gains such as the total amount of money or profit that is made from
other life insurance policies, assets from selling a business or other payouts.</span>
Answer:
$100
Explanation:
Total cost if he installs seven systems = $300
Total cost if he installs eight systems = $400
Therefore, the marginal cost of installing 8th system is the difference between the total cost of installing eight systems and the total cost of installing seven systems.
Marginal cost of installing 8th system:
= Total cost of installing 8 systems - Total cost of installing 7 systems
= $400 - $300
= $100
The profit maximization conditions says that the marginal cost must be equal to the marginal revenue.
Hence,
William will install eight systems per day only if the eight customer is willing to pay at least $100.
<span>A single sales call to a potential B2B buyer in the United States could cost about $400. A B2B sales call is a business to business sales call. The closing of a sale can be hit or miss, but it is said that any contact with the buyer can be helpful later.</span>
I would say that the organization needs a job and yea yea
The correct answer is routine problem solving. Routine
problem solving is being defined as having to associate at least one arithmetic
operations or even a ratio in regards to solving problems that are likely to be
practical in nature or in the environment.
