Answer:
-2, 4 and -8
Explanation:
Given the nth term of a GP expressed as;
When n = 1
when n = 2
when n = 3
Hence the first three terms of the sequence are -2, 4 and -8
First, calculate for the total operating cost of the park through the equation,
TC = TV + TF
where TC is the total cost,
TV is the total variable cost which is equal to the product of the variable cost per visitor and number of visitor, and
TF is the total fixed cost.
Substituting the known values,
TC = ($15)(1,750,000) + $60,000,000 = $86,250,000
Then, the total revenue is the product of the cost of ticket and the number of visitors.
TR = ($50/visitor)(1,750,000 visitors) = $87,500,000
Subtracting the two values will give us an answer of $1,250,000.
ANSWER: $1,250,000
Answer:
Buy
Explanation:
First, we need to find out what is the cost incurred by the company in building the power station and after that, we will compare that cost with the selling price of the power from Tri-county G&T. the lower-priced option will be considered as best option.
Cost incurred by the company in building the power station = $10,000,000 + (150,000 x $35)
Cost incurred by the company in building the power station = $10,000,000 + $5,250,000
Cost incurred by the company in building the power station = $15,250,000
Selling price of the power from Tri-county G&T = 150,000 x $75
Selling price of the power from Tri-county G&T = 11,250,000
Decision: It would be a wise option for the company to buy it. From buying the power the company will save $4m.
Answer:
There is a loss of 18,000
Explanation:
In this question, we are asked to calculate the amount of boot in this transaction.
We proceed as follows;
We must identify that to buy one asset, we exchanged one asset with another
Mathematically;
loss or gain = asset given up - Discount received in exchange
From the question we identify the following;
value of asset given up = 225,000 - 195,000 = 30,000
Discount received in exchange = 12,000
Thus, loss or gain is
= 30,000 - 12,000
So, there's a loss of 18,000
Answer:
PV = $27,263.15
It will be needed to deposit the lump sum of $27,263.15
Explanation:
The question is asking for how much will you need to deposit in a lump sum today to withdraw for seven years the sum of $5,600 with an interest rate of 10%
In other words it is asking us for the preset value of an annuity of $5,600 with interest of 10%
Using the present value of an annuity formula of $1 we can solve for the present value of that annuity, which is the amount needed to generate this annuity
We post our knows value and solve it:
PV = $27,263.15
