Answer:
$1,068,000
Explanation:
The computation of the total manufacturing overhead cost should be
Total variable manufacturing overhead for 50,000 machine hours is
= Indirect labor + Machine supplies +Indirect materials
= 630,000+90,000+120,000
= $840,000
Now
Variable manufacturing overhead per machine hour is
= Total variable manufacturing overhead cost ÷ Number of machine hours
= $840,000 ÷ 50,000
= $16.80
And,
Total variable manufacturing overhead for 60,000 machine hours
= Variable manufacturing overhead per machine hour × 60,000
= $16.80 × 60,000
= $1,008,000
Now the total manufacturing overhead cost should be
= 1,008,000 + 60,000
= $1,068,000
The rule<span> says that to find the number of years required to double your money at a given interest rate, </span>you<span> just divide the interest rate into </span>72<span>. For example, if </span>you<span> want to know how long it will take to double your money at eight percent interest, divide 8 into </span>72<span> and get 9 years.</span>
Solution:
3,100 / 5 = 620 per day
So the wages outstanding we need to pay still are the 3 days left in the year (the work was done so we must match the revenues and expenses)
Wages Expense = 620 * 3 = 1,860
Wages Payable......1,860
(620 * 3) to accrue wages that have not yet been paid
Answer:
a. Raw materials used
b. Raw materials beginning inventory
c. Raw materials purchases
Explanation:
Note: The materials activity consists of the purchase and issuance of materials to production
Thus, the items that are classified as a materials activity are :Raw materials used, Raw materials beginning inventory and Raw materials purchases
Answer:
preferred habitat
Explanation:
According to the preferred habitat theory, if the expected returns from investment of a particular investment maturity is large enough, investors would shift from their preferred maturities.
In this question, there is a shift from the preferred maturity (short-term securities) to a long-term securities when interest rate changes
The pure expectations theory assumes that bonds of any maturity are perfect substitutes for each other. For example, if an investor buys a 10 year bond and holds it for 1 year, the return is the same as buying a 1 year bond. The theory also assumes that risk premium does not exist and a security only earns its risk free rate
Liquidity premium theory states that risk premium increases with the maturity of a bond. The theory predicts that the yield curve is upward sloping due to liquidity premium
According to the segmented market theory, each bond maturity segment can be thought of as a segment market in which yield are a function of the demand and supply for funds in that maturity.
