Answer:
Direct material price variance= $12,500 unfavorable
Explanation:
Giving the following formula:
The standard price per pound is $2.00.
The actual quantity of materials purchased and used in production is 50,000 pounds.
The actual purchase price per pound of materials was $2.25.
<u>To calculate the direct material price (spending) variance, we need to use the following formula:</u>
Direct material price variance= (standard price - actual price)*actual quantity
Direct material price variance= (2 - 2.25)*50,000
Direct material price variance= $12,500 unfavorable
Answer: See explanation
Explanation:
I believe that the main thing here that can favor my company is if there's documentation for every process involved with my dealings with Regina Fabrics.
This could have been solved if she didn't reject the cash that was offered to her company after two months, so there should be a formal documents that shows that she rejected the cash which should be acknowledged and signed by her. Also, the monthly payments received by her should be documented as well.
With regards to the above, if there is a formal documentation in place, then I won't have to pay as the guaranty but if this isn't in place, then I may have to pay since there won't be evidences against her.
Answer:
Each company drills two wells and experiences a profit of $22 million.
Explanation:
If each company acts independently and drills two oil wells each they will have a total of 4 wells each worth (60 million ÷ 4= $15 million.
Each company will have two oil wells which equals (2* 15 million = $30 million)
But each company incurs cost of $4 million per well. That is total cost of $8 million.
Therefore the profit for each company will be $30 million - $8 million= $22 million
The major factor that contributes to the decline of occupations in industries such as textile and clothing is due to the change of technology. Through the technological advancement, innovators are able to machines that work twice as fast as human beings.
Answer:
The rate of return is 7.20%
Explanation:
a) Assuming you purchased the bond for $880, in order to calculate the rate of return you earn if you held the bond for 25 years until it matured with a value $5,000 we would have to calculate the following formula:
Rate of Return = [FV/PV]1/n - 1
Rate of Return= [$5,000 / $880]1/25 - 1 = [5.6818]0.04 - 1 = 1.0720 - 1 = 0.0720, or 7.20%
Rate of Return= [5.6818]0.04 - 1
Rate of Return= 1.0720 - 1
Rate of Return=0.0720, or 7.20%
The rate of return is 7.20%
