Answer:
1. are consistent with decentralization.
2. use the expertise of managers in weighing the costs and benefits of the transfer.
3. preserve the autonomy of the divisions.
Explanation:
A negotiated transfer prices can be defined as the final price reached between the buyer (consumer) of finished goods and services and the trader (seller) of such goods and services.
Negotiated transfer prices has the following advantages;
1. Negotiated transfer prices are consistent with decentralization.
2. Use the expertise of managers in weighing the costs and benefits of the transfer.
3. They preserve the autonomy of the divisions.
In this situation when the seller has filed for bankruptcy then Broker Joe has to terminate the contract. Therefore, Option B is the correct statement.
<h3>What do you mean by contract?</h3>
A legally enforceable agreement that creates, defines, and regulates mutual rights and obligations between its parties is called a contract.
An agreement usually involves the exchange of goods, services, money, or the promise to change any of these at a later date.
Therefore, Option B is the correct statement.
Learn more about contract here:
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Answer:
the total manufacturing cost per comforter is $120.4
Explanation:
The computation of the total manufacturig cost per comfortor is as follows:
= Cost × activity consumed ÷ Total activity
For material handling
= $12,600 × 4 ÷ 4,200
= $12
For Assembly
= $55,440 × 4 ÷ 4,200
= $52.8
For packaging
= $10,920 × 4 ÷ 1,050
= $41.6
And, the direct material cost is $14
So, the total manufacturing cost per comforter is
= $12 + $52.8 + $41.6 + $14
= $120.4
Hence, the total manufacturing cost per comforter is $120.4
This is the answer but the same is not provided in the given options
Answer:
The Price of Bond today = $997.07
Explanation:
Semi annual coupons = $1000 * 5% / 2
Semi annual coupons = $25
As 9 months is already over in the two year bond, the coupons are payable
3 months from now, 9 months from now and 15 months from now.
The present value of all these coupons and the principal should be equal to the price of the bond today. In case of continuous compounding, the formula for Present Value of any future Cash flow C is C*e^(-r*t).
Price of Bond = $25 * e^(-0.06*3/12) + 25*e^(-.061*9/12)+ 1025*e(-0.062*15/12)
Using the value of e as 2.71828
Price of Bond = $25 * 2.71828^(-0.06*3/12) + 25*2.71828^(-.061*9/12)+ 1025*2.71828(-0.062*15/12)
Price of Bond = $
25 * 2.71828 ^-0.015 + 25*2.71828^-0.04575 + 1025*2.71828^-0.0775
Price of Bond = $
25 * 1/2.71828^0.015 + 25*1/2.71828^0.04575 + 1025*1/2.71828^0.0775
Price of Bond = $997.07
