Answer:
The Correlation analysis “R” is measured to compute the strength of relationship among variables. Moreover, the value of correlation is calculated among -1 to +1. Which implies that if the computed value is near to -1 then there will be strong but negative relation and if near to +1 then it is strong but relation among the variable. However zero is consider as neutral point.
A. The computed value of correlation is - 0.772. The value identifies that that there is a strong but negative association among the variables (GDP and infant mortality rate).
B. The correlation analysis cannot computed among the variables continent and GDP because "continent" is a categorical variable not quantitative.
C. The computed value of correlation is higher than 1. Thus, the statement implies that there is a very strong relationship among life expectancy and GDP which is incorrect. As the association cannot be higher than 1.
D. There is a strong relationship among literacy rate and GDP as the relationship is nearer to 1. Furthermore, the association among literacy rate and GDP doesn’t suggest the causation.
E. The computed correlation among the variables is 0.90. Which indicated that the variables goes up. That is, when the GDP goes down the import is also decrease and when GDP increases the import increases Thus, the there is a positive correlation.
Answer:
20.875
Explanation:
18+24+17+21+24+16+29+18=167/8=20.875
Answer:
Option A The impact of a change in the local currency on inflow and outflow variables can sometimes be indirect and therefore different from what is expected.
Explanation:
The reason is that the changes in the currency exchange rate in which the company receives the payment and is also not a home currency, such risk exposure is known as economic exposure. So the only option that correct here is option A.
Option B is incorrect because depreciation is non cash item and it is not exposed to currency fluctuations.
Option C and D are also incorrect because domestic firms don't face any economic exposure.
is a person who benefits from something without expending effort or paying for it.
Answer:
final loan amount = $18,455.86
so correct option is c. $18,455.86
Explanation:
given data
loan = $18000
rate = 10%
time = 3 months
to find out
total amount that Rahul owes the bank at the end of the loan
solution
we know that number of day in 3 months is
number of day = 3 × 
number of day = 91.25 days
loan rate = 
loan load = 0.00027397
now final loan amount will be
final loan amount = loan amount × 
final loan amount = $18000 × 
final loan amount = $18,455.86
so correct option is c. $18,455.86
