Because R&D initiatives are expected to yield a greater rate of return, businesses seek a huge quantity at a cheap cost.
<h3>What are the necessary finances?</h3>
To calculate your financial requirement, divide your anticipated family commitment by two and the cost of attendance (COA) for even a school (EFC). Although COA varies from university to university, your EFC does not change no matter which school you attend.
<h3>Which four necessities in terms of financial are there?</h3>
For the majority of Americans, job is the first step toward financial stability. People need revenue to meet expenditures and for budgetary considerations. They also must invest for the future, save cash for a rainy morning, borrow money to acquire assets, plus insure yourself against shocks.
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Answer:
B. The value of the next most valuable opportunity.
Explanation:
The opportunity cost of an investment is the value of the next most valuable opportunity.
Answer:
$290,000
Explanation:
We start with the cost of building a replica of the house:
building a new house: $350,000
plus highest and best use $25,000
minus perceived value loss ($20,000)
minus physical deterioration ($50,000)
<u>minus building obsolescence ($15,000) </u>
appraised value $290,000
Answer:
On the 50th day, the purchase cost will be equal to the lease cost
Explanation:
Given that:
- Daily operating costs of $500
- Purchasing cost for the item: $10,000
- Lease amount: $700
Let x is the number of days the purchase cost be the same as the lease cost. As we now that:
The total cost should be equal to the total lease received
<=> 10,000 + 500x = 700x
<=> 200x = 10000
<=> x = 50
Hence, on the 50th day, the purchase cost will be equal to the lease cost
Answer:
The correct option is 2
Explanation:
Let us assume the current value of the investment be x
And the annual growth factor of the investment is 1.2
1. The investment value has increased or risen by 44% since it was first made
It is known that the combined growth factor of the investment is 1.44 and no information is stated regarding the actual ($) values. Therefore, the unique value could not be computed.
So, this statement lacks information and insufficient to solve for x.
2. 1 year ago, the withdrawn money worth is $600 and at present the worth of the investment would be 12% less than the actual worth.
1 year ago, the value of the investment was x / 1.2. So, the equation could be set up regarding the withdrawal.
The equation would be:
= (x/ 1.2- 600) × (1.2)
=0.88x
Therefore, the unique value to could be answered and the sufficient to answer.
NOTE: The options are missing. So I am providing the answer with the options.
