Answer:
Possible transportation modes are discussed below in detail.
Explanation:
• Purchase Request: 12 - 25 days
• Process buy request abroad: 10 - 20 days.
• Manufacturing process: 60 days
• Transport from plant to port: 1-14 days
• Paperwork: 5 - 10 days
• Wait for the container: 1 - 7 days*
• Load compartments: 3 - 6 days
• Ship days: 28 days
• Custom clearance: 7 – 14 days
• Warehouse transportation: 1-3 days
Delivery time is around 136 minimum days and 191 maximum days. Likewise, the average delivery time is 163 days. Companies such as international trade specialist, trade logistics companies and Internet exchanges can help the company to reduce the delivery time by facilitating the trade channels. These intermediate channels can help to attain objectives in timely manner.
Answer:
a. Plan I is better is we drive 300 miles in a day.
b. 150 miles.
Explanation:
a. if mileage is 300 then rental charges will be,
Plan I : $36 + 17 cents * miles
$36 + 0.17 * 300 = $41.10.
Plan II : $24 + 25 cents * miles
$24 + 0.25 * 300 = $99.00
Plan I total cost for 300 miles is $41.10 whereas Plan II total cost for 300 miles is $99.00. Plan I is better plan and cost effective.
b. For mileage (m) calculation we will use equation;
Plan I = Plan II
$36 + 0.17m = $24 +0.25m
0.25m - 0.17m = $36 - $24
m = $12 / 0.08
m = 150 miles.
Answer:
life insurance net payment cost index
Explanation:
The accidental death benefit is referred to as a payment due to the sole beneficiary of an accidental death insurance policy. The accidental death benefit mostly is an amount paid which adds to the standard benefit payable if
and only if the insured died of natural causes e.g old age, earthquake or tsunami etc.
Depending on the issuer of the policy, the accidental death benefit may extend up to a year after the initial accident occurred, so long as the accident led to the insured's death.
Answer:
the material cost per unit is $4.60 per unit
Explanation:
The computation of the material cost per unit is shown below:
= Total material cost ÷ equivalent units of material
= $86,940 ÷ (18,900 - 1,000) × 100% + 1,000 × 100%
= $86,940 ÷ (17,900 + 1,000)
= $86,940 ÷ 18,900
= $4.60 per unit
Hence, the material cost per unit is $4.60 per unit
The same should be considered and relevant
