Answer:
The gain on retirement = $4,600
Explanation:
The gain or loss on retirement = Carrying Value of the Bonds - Call price of the Bonds
The gain or loss on retirement = $111,100 - $106,500
The gain on retirement = $4,600
Note: Par value will not be taken for the calculation of the above
He will borrow 80% of the cost of the car.
80/100*11350= <span>$ 9080</span>
I Think its answer C: Fixed and Variable rates
Answer:
5%
Explanation:
The applicable formula is A = P( 1 + r) ^ n
where A= amount: P is the principal, r, interest rate, n time
In this case,
A = principal + interest = Rs 410 { Rs 4000 + Rs410}
P= Rs 4000
r= ?
n= 2
r is?
4410 = 4000(1 + r) ^2
(1 + i)^ 2 = 4410/4000
(1 + i)^ 2 = 1.1025
1 + i = √1.1025
1 + i = 1.05
i = 1.05 - 1
i = 0.05
0.05 × 100 = 5%
Answer:
Answer:
1. MCE = 21.42%
2. Delivery Cycle Time 22 days
Explanation:
The Manufacturing Cycle Time is given by the formula:
Manufacturing cycle time = Inspection Time + Process Time + Move Time + Queue time
Here we have
Inspection time =1.5 days
Processing time =3.0 days
Move time =2.5 days
Queue time= 7.0 days
Wait time= 8.0 days
Manufacturing Cycle Time = 1.5+3.0+2.5+ 7.0= 14.0 days
MCE= Manufacturing Cycle Efficiency Time= Process Time/ Processing Time + Inspection Time + Move Time + Queue time
MCE = 3/ 14=0.2142= 21.42%
It means that MCE consists of 21.42 %actual processing and 79 % consists of non value added activities.
2. Delivery Cycle Time= Manufacturing Cycle Time + Wait time
Delivery Cycle Time= 14.0 days + 8.0 days= 22.0 days
The difference between wait time and queue time is that wait time is the time when the customer places an order until it is delivered.And queue time from the start of the production of the order.