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
The document a caterer uses to stipulate the terms, conditions, and contents of the services he or she will provide each client is called the A.) CLIENT AGREEMENT.
Client Agreement is a contract between the client and the contractor. Both parties will sign on the written client agreement contract and both are held accountable on the terms and conditions specified in the contract.
Answer:
Items a) and b)
a) items used currently in the production of goods to be sold items
b) held for resale items currently in production for future
Explanation:
Inventory consists of current assets to be used in production of final goods or are the ones which are final goods and held for sale.
In the given case also, statement a includes raw materials, which are used to make the final good to be sold, which is a part of inventory.
Further, statement b includes work in production or final goods which are currently in production but would be resold.
The items which are kept for their use as like machinery or furniture or which shall be disposed are not inventory but are in fixed assets category.
Answer:
$127,000
Explanation:
Suire Corporation Net operating income
Sales $ 600,000
Variable Costs $ 241,000
Contribution Margin $ 359,000
Fixed Expenses $232,000
Net Operating Income $127,000
Answer and Explanation:
Given that Bond A pays $4,000 in 14 years and Bond B pays $4,000 in 28 years, and that the interest rate is 5 percent, we see that Using the rule of 70, the value of Bond A is 70/5 = doubled after 14 years. Now if its value is 4000 in 14 years, its current value must be halved. Hence the value is 2000.
Sinilarly the value of Bond B is approximately one fourth now because it pays 4000 in 28 years. Hence its value is 4000/4 = 1000.
Now suppose the interest rate increases to 10 percent. Hence the doubling time is 70/10 = 7 years
Using the rule of 70, the value of Bond A is now approximately 1,000 and the value of Bond B is 250
Comparing each bond’s value at 5 percent versus 10 percent, Bond A’s value decreases by a smaller percentage than Bond B’s value.
The value of a bond falls when the interest rate increases, and bonds with a longer time to maturity are more sensitive to changes in the interest rate.
