Answer:
The most I could pay for the investment is $12,960.09
Explanation:
The maximum a rational investor could pay acquire an investment is the present value of all future cash flows receivable from the investment.
In the case, the present of all cash flows is calculated thus:
Years Cashflows [email protected] 12% PV
1 5000 0.892857143 4,464.29
2 5300 0.797193878 4,225.13
3 6000 0.711780248 4,270.68
Total of present values 12,960.09
The discounting factor is calculated using the formula :
1/(1+r)^n where r and n are rate and number of years respectively.
Yes it is. Resilience separates strong from the weak.
Answer:
True
Explanation:
Brand positioning refers to creating and occupying a place in a prospective customer's mind with respect to a brand. It refers to a brand image created in the minds of prospective customers whenever they think of a brand.
For instance, when a customer thinks of Lacoste, it reminds him of the quality associated with it along with it's French connect.
Brand positioning helps an enterprise distinguish it's own brand from those of the competitors. Also, such an exercise reveals uniqueness of the brand i.e attributes specific of such a brand.
Answer:
The cross price elasticity of demand measure how sensitive is the demand of the product X is due to the change in the price of the product Y.
The formula is stated as: Percentage change in the quantity demanded of product X / Percentage change in the price of product Y.
Further, cross price elasticity can be divided into Positive, negative and zero.
Hope this clears things up.
Good Luck.
Answer:
The equation for that satisfies the number of bananas and apples you can buy is;
x+2 y≤100, where 0≤x≤100, and 0≤y≤50
x=number of apples that can be bought
y=number of bananas that can be bough
Explanation:
A budget is the act of providing a particular amount of money to be used for a given activity. In our case, you have set aside $100. This means that whatever you buy should not exceed this amount, meaning the maximum amount you can spend is limited to this value. The equation below can be used to draw the graph for the scenario above;
(A×Na)+(B×Nb)≤I
where;
A=apple cost per unit
Na=number of apples
B=banana cost per unit
Nb=number of bananas
I=available income
In our case;
A=$1
Na=unknown=x
B=$2
Nb=unknown=y
I=$100
replacing;
(1×x)+(2×y)≤100
x+2 y≤100
We can assume values of x and y that satisfy this limitation as follows;
x=0 y≤50
y=0, x≤100
0≤x≤100
0≤y≤50
The equation for that satisfies the number of bananas and apples you can buy is;
x+2 y≤100, where 0≤x≤100, and 0≤y≤50
x=number of apples that can be bought
y=number of bananas that can be bought