Answer:
Material Cost variance = Standard cost - Actual cost
= 3000*5 - 16192
= 1192 A
Material Rate Variance = (S.R. - A.R.)A.Q
= (5 - 5.06)3200
= 192 A
Material usage variance = (S.Q. - A.Q.)S.R
= (3000 - 3200)5
= 1000 A
Working Notes:
Actual Output = 1500 units
Standard qty of Material for Actual Output = 1500*2
= 3000 pounds
Actual qty. used = 3200 pounds
Actual rate/pound = $16192/3200
= $5.06
<span>Provide stock option to the agent
This issue emerges when a person known as the agent consents to work for another which is the principal for some financial gains . Such arrangements may cause tremendous expenses for the agent in themanner prompting the issues of good risk and irreconcilable circumstance. Inferable from the expenses brought about, the agent may start to seek after his own particular plan and disregard the best rule and practice that will benefit the principal's work</span>
Answer:
A. the double coincidence of wants problem.
Explanation:
Trade by barter involves the exchange of goods and services for goods and services without the use of money as a medium of exchange. In barter system, there is what we call double coincidence of wants. This is the economic situation whereby both parties holds what the other wants to buy, so they exchange the goods directly. Here, both parties agrees to buy and sell each other commodities. However, if one of the party is not interested in what the other party is offering, it causes a disruption in the trade. This disruption refers to a drawback in the system like the example described in the question.
Here, Andy couldn't make a deal with Danny even tho he wants what Danny is offering. This is because what Danny isn't interested in what Andy is offering. Thus, the double coincidence of want and barter trade can't occur between the two parties.
Answer:
![\left[\begin{array}{cccc}$unit sale&100000&90000&80000\\$sales revenue&3500000&3150000&2800000\\$COGS&&&\\$Material&900000&810000&720000\\$Labor&1000000&900000&800000\\$VMO&250000&225000&200000\\$FMO&80000&80000&80000\\$total&2230000&2015000&1800000\\$gross profit&1270000&1135000&1000000\\$V S and A&100000&90000&80000\\$F S and A&950000&950000&950000\\$operating income&220000&95000&-30000\\$tax expense&66000&28500&\\$net income&154000&66500&-30000\\\end{array}\right]](https://tex.z-dn.net/?f=%5Cleft%5B%5Cbegin%7Barray%7D%7Bcccc%7D%24unit%20sale%26100000%2690000%2680000%5C%5C%24sales%20revenue%263500000%263150000%262800000%5C%5C%24COGS%26%26%26%5C%5C%24Material%26900000%26810000%26720000%5C%5C%24Labor%261000000%26900000%26800000%5C%5C%24VMO%26250000%26225000%26200000%5C%5C%24FMO%2680000%2680000%2680000%5C%5C%24total%262230000%262015000%261800000%5C%5C%24gross%20profit%261270000%261135000%261000000%5C%5C%24V%20S%20and%20A%26100000%2690000%2680000%5C%5C%24F%20S%20and%20A%26950000%26950000%26950000%5C%5C%24operating%20income%26220000%2695000%26-30000%5C%5C%24tax%20expense%2666000%2628500%26%5C%5C%24net%20income%26154000%2666500%26-30000%5C%5C%5Cend%7Barray%7D%5Cright%5D)
Explanation:
<em></em>
<em>We will cross-multiply the variables concept like sales revenues materials, labor and other</em>
I.G
<em>sales revenues for 90,000:</em>
3,500,000 / 100,000 x 90,000 = 3,150,000
<em>for 80,000:</em>
3,500,000 / 100,000 x 80,000 = 2,800,000
<em></em>
The fixed will remain at the same value between the relevant range so we do not change them.
For the tax expense we will have to check which is the rate
for 220,000 operating income the tax expense is 66,000
we can solve for rate: 66,000/220,000 = 0.3 = <em>30%</em>
Now we will determinate the tax expense with that rate.
<em>NOTE</em> attached missing information
Answer:
$38.375
Explanation:
In this question, we apply the Gordon model which is shown below:
Maximum price = Next year dividend ÷ (Required rate of return - growth rate)
= $6.14 ÷ 0.16
= $38.375
We simply divide the dividend rate by the required rate of return so that the accurate and maximum price can come. The growth rate is not given so we do not consider it.
