Answer:
CPI at the beginning of the year = 192.52
Explanation:
given data
nominal interest rate = 7 percent
real interest rate = 4 percent
CPI = 198.3
to find out
CPI at the beginning of the year
solution
we know that according to fisher equation
1 + r = 
....................1
and for smaller values is equivalent to r
r = n - i .....................2
here r is real interest rate and n is nominal interest rate and i is inflation rate
so from equation 2
4 = 7 - inflation rate
inflation rate = 3 percent
so
Rate of inflation = (CPI at the end of the year - CPI at the beginning of the year) × 100 ÷ CPI at the beginning of the year
put here value
3% = (198.3 - CPI at the beginning of the year) × 100 ÷ CPI at the beginning of the year
CPI at the beginning of the year = 
CPI at the beginning of the year = 192.52
Explanation:
I believe this is what you are asking for, Newton's law of gravitation.
The law of Newton's universal-gravitation states that every particle will attract every other particle in the universe. The force that attracts this is a force that is directly proportional to a product of the mass.
crucial to understanding firms and market structures
It should be D) conversion i hope i helped you have a nice day :)
Form Tara Myers
and i'm in
4th fourth
Grad
Answer:
A.5$
B.The difference between the interest rate on one-year dollar deposits and that on one-year euro deposits (assuming no repayment risk) is 5%
Explanation:
A.
The forward premium on euro is (1.26 - 1.20)/1.20 = 0.05 or 5%
B. The interest rate difference between one-year dollar deposits and one-year euro deposits (assuming no repayment risk) will be 5 percent because the interest difference must equal the forward premium on euro against dollars when the covered interest parity holds.
