Answer: 4 containers
Explanation:
The formula used to get the number of containers that are needed will be:
N = DT(1+X)/C
where,
N = total containers
D = planned usage rate used by the work center = 111 parts per hour
T = average waiting time = 100 minutes = 100/60 hours = 1.67 hours
X = inefficiency factor = 0.21
C = capacity of standard container = 5 dozens = 5 × 12 = 60 parts
N = DT(1+X)/C
N = (111 × 1.67)(1 + 0.21)/60
N = (185.37 × 1.21)/60
N = 224.2977/60
N = 3.738
N = 4 approximately
4 containers will be needed
se debe dejar 10 metros de espacio con el vehículo que va adelante; entre 30 y 60 kilómetros por hora, se debe tener una distancia de 20 metros; entre 60 y 80 kilómetros por hora, se debe guardar una distancia de 25 metros y al circular a más de 80 kilómetros por hora, 30 metros.
Explanation:
:D
To know how much you'll have by the end of the 15th year, you need to calculate <span>the future value of an annuity as follows:
</span><span>the future value of an annuity = investment [( 1 + interest)^number of years -1)] / interest
</span>
Substituting with the givens, you can get the future value annuity as follows:
<span>the future value of an annuity = 3500 [(1+0.05)^15 -1)]/0.05
</span> = 75524.97 $
The correct choice is (b)
Answer:
22.92%
Explanation:
For computing the realized total rate of return, first we have to determine the total share price which is shown below:
Total share price = Sale price of share + dividend end of 2013 + dividend end of 2014 + dividend end of 2015
= $20 + $2.5 + $4 + $3
= $29.50
And, the purchase price is $24
So, the return would be
= Total share price - purchase price
= $29.50 - $24
= $5.50
Now the realized total rate of return would be
= Return ÷ Purchase price
= $5.50 ÷ $24
= 22.92%
This is the answer but the same is not provided in the given options