Answer:
X (the variable on the horizontal axis) will increases by 2.
Explanation:
The slope of a straight line is -3. So, m=6.
Slope of a straight line is

Y (the variable on the vertical axis) decreases by 6.
Change is y = -6
We need to find the change in (the variable on the horizontal axis).
Substitute the given values in the above formula.



Note: All options are incorrect.
Therefore, X (the variable on the horizontal axis) will increases by 2.
Answer:
equal to the british interest rate
Explanation:
Data provided in the question
The Interest rate on these securities = 12%
In the U.S, the interest rate = 10%
Also the spot rate for today would become suitable for the spot rate
Based on the above information, the effective yield on the british securities would be equivalent to the british interest rate and hence the same is to be considered
Answer:
3 1/3 years
Explanation:
Payback period is the time required for the inflows from a project to be equal to the initial outflow for the project. It is a key consideration in capital budgeting. It is usually assumed that the outlay or initial outflow is made in year 0 and the first inflow comes in after a year.
Year Cash outflow Cash inflow Balance
0 ($50,000) - ($50,000)
1 - $15,000 ($35,000)
2 - $15,000 ($20,000)
3 - $15,000 ($5,000)
4 - $15,000 $10,000
5 - $15,000 $25,000
Hence the payback period
= 3 years and 5000/15000 * 12 months
= 3 years 4 months
= 3 1/3 years
Answer:
Answer is Move to a new record.
Explanation:
According to the Microsoft support website, "Move the cursor to another record to commit your changes to the database or press Shift+Enter.
I hope it's helpful!!
Answer: $910,000
Explanation:
Pension expense is calculated by the formula:
= Prior Service cost for the year+ Service cost + Interest cost - Expected return on plant assets
Prior Service cost = Prior service cost / Service life of active employees
= 8,000,000 / 20
= $400,000
Expected return on plan assets = Plan assets * Interest rate
= 1,500,000 * 10%
= $150,000
Pension expense = 400,000 + 560,000 + 100,000 - 150,000
= $910,000