Answer:
the correct answer is
A) make the part, as this would save $14 per unit
Answer and Explanation:
The money supply will Increase
Answer:
Their yield to call is 8.672%
Explanation:
The rate of return bondholders receives on a callable bond until the call date is called Yield to call.
Use following formula to calculate the yield to call
Yield to Call = [ C + ( F - P ) / n ] / [ (F + P ) / 2 ]
Where
C = Coupon Payment = $1,000 x 11% x 6/12 = $55
F = Face value = $1,000
P = Call price = $1,125
n -= number of periods to call = 7 years x 2 = 14 periods
Yield to Call = [ $55 + ( $1,000 - $1,125 ) / 14 ] / [ ( $1,000 + $1,125 ) / 2 ]
Yield to Call = 46.07 / $1,062
Yield to Call = 0.04336
Yield to Call = 4.336% semiannually
Yield to Call = 4.336% x 2
Yield to Call = 8.672% annually
Answer:
A. inconsistent reasoning; saving $20 is saving $20
Explanation:
As it is mentioned in the question that the electronic store offering a flat $20 off for all prices in the store
Now if Tony chooses with a price of $50 so it would be good offer but for $500 it won't be a good offer as if he invested large value of amount and in return he gets only $20 off which is not a good deal of course.
Therefore this given situation sets an example for inconsistent reasonings
Hence, the correct option is A.
Answer:
After 18 year amount will become $17000
Explanation:
We have given principal amount P = $5000
And future value of the investment A = $170000
Rate of interest r = 7 %
We have to find the time period n in which amount become $170000
We know that future value is given by
Taking log both side
n = 18 year
So after 18 year at the rate of 7 % amount $5000 will become $17000
So answer will be 18 year