Answer:
$38, 288.718
Explanation:
The amount to be withdrawn at the end of each year, for 30 years
The amount of $500,000 represents the present value while yearly withdraws the annuities.
We use a revised formula for calculating annuities.
Applicable formula is
P = PV × r/( 1 − (1+r)−n
P = annual withdrawals
PV = $500,000
r = 6.5%
n 30
P = 500,000 x( 0.065/ ( 1- (1 + 0.065) -30)}
p = 500,000 x (0.065/ (1-1+.065)-30)
p= 500,000 x (0.065 / 1-0.1511860661)
P =500,000 x (0.065 /0.848814)
P= 500,000 x 0.076577436
Yearly withdrawals = $38, 288.718
Answer: The correct answer is the center of gravity approach.
Explanation: The center of gravity approach is a distance-based method for location alternatives evaluation. This method is an approach that seeks to compute geographic coordinates for a potential single new facility that will minimize costs.
Ceteris paribus, in a closed economy, if consumers become more optimistic the equilibrium interest rate should increase
.
So the answer is the equilibrium interest rate should increase
Answer:
880 blue ink pens
Explanation:
The computation of the inventory position is shown below:
= Current stock counted in the closet + already placed orders with the supplier
where,
Current stock counted in the closet is 220 blue ink pens
And, the already placed orders with the supplier is 600 blue ink pens
Now placing these values to the above formula
So, the inventory position is
= 220 blue ink pens + 600 blue ink pens
= 880 blue ink pens
Answer:
Micro environment
Explanation:
The institution's micro-environment comprises of those components that are manageable. Generally the micro-environment doesn't really impact all businesses in a sector in same manner, as the scale, efficiency, competence and approaches are different.
For instance, the suppliers of raw materials are giving big corporations more compromises. We might not offer small businesses the same concessions though. Thus, from the above we can conclude that the correct answer is micro-environment.
