Answer:
hence investor's rate of return is 10.26%
Explanation:
Given data
time = 5 year
rate = 9%
coupon bond = $975
sell bond = $985
at time = 1 year
to find out
investor's rate of return
solution
we will find first here Coupon payment that is
Coupon payment = 9% of 1000 that is $90
so that we can say that coupon bond will be
975 = 90 / (1 + r ) + $985 / (1 + r )
solve here r we get r
rate r = 10.26 %
so
hence investor's rate of return is 10.26%
Answer:
fringe benefit expense 4,300
Wages expense 72,000
Payroll tax expense 8, 100
Cash 84,400
Work In Process 70,896
Factory Overhead 13,504
Fringe benefit expense 4,300
Wages expense 72,000
Payroll tax expense 8, 100
Explanation:
The first entry will be the payment to the employees wages, benefit and payroll taxes.
Then, in the second entry we will capitalize this expenses into the WIP for the amount of direct labor.
And, into actual overhead for the amount of indirect labor.
Answer:
C. Product A has more elastic demand than product B.
Explanation:
The graph plotted above shows the quantity demanded for 2 products in relation to their prices.
Looking at the graph, we visually conclude that product A is more responsive to a change in price, compared to how responsive product B is to a change in price.
Invariably, a change in the price of commodity A causes a greater change in the quantity demanded, compared to a change in quantity demanded for product B, with almost the same change in price.
Option C is the answer.
Answer:
With 16 Grade X and 54 Grade Y the company maximize their profit at 11,840 dollars
Explanation:
We set up the scenario in Excel and use SOLVER tool:
X = 50 synthetic + 25 labor + 20 foam
Y = 40 synthetic + 28 labor + 15 foam
Profit:
X = 200
Y = 160
Constraing:
synthetics <= 3,000
foam <= 1,500
Grade X and Grade Y are integer.
goal: maximize profit
16 of Grade X
and 54 of grade Y
16 x 50 = 800
16 x 30 = 540
54 x 40 = 2,160
54 x 15 = 810
Profit:
16 x 200 + 54 x 160 = 11840
64,576 miles.
Explanation:
When the companies advertise their new products they want to present the product in the best possible light as possible. This is due to edging out the competition as in many products small details make a huge difference. The same is the case with the tires and their endurance. The longer way a set of tires takes you the better, since they are expensive product so changing them less often is very beneficial.
In this case, the interval for the mean tire life varies by 2,026 from 62,550, both up and down. The minimum will be 60,524 miles, while the maximum a tire can pass is 64,576. The company will of course go for the maximum value to make the product look as attractive and as good as possible to the customers.
