Material requirements plus an allowance for normal inefficiencies are added together to determine the standard quantity of a direct material per unit of output.
<h3>
What is the standard quantity?</h3>
- The number of resources that should have been utilized to finish the period's output, as determined by multiplying the actual number of units produced by the standard quantity per unit.
- It is calculated by multiplying actual production units by the standard material quantity per unit.
- For example, during the month of March, a company manufactured 2000 items.
- The typical amount of material needed to produce one unit of output was 5 pounds.
- A standard amount against which a quantity is measured [e.g., gram, meter, second, liter, pascal; units of the aforementioned quantities].
- Chemists conduct many measurements.
- If the mass of a substance is discovered to be 6.0 grams, this can be stated mathematically. m = 6.0 g.
Therefore, material requirements plus an allowance for normal inefficiencies are added together to determine the standard quantity of a direct material per unit of output.
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The complete question is given below:
Material requirements plus an allowance for normal inefficiencies are added together to determine the ___________________ of a direct material per unit of output.
Answer:
Insurable interest
Explanation:
The insurance interest is the interest of the insurer while taking the policy so that the risk of the loss is reduced also it is an important requirement that makes the firm or the event to be legal, valid, enforceable, and protected against any harmful acts done intentionally
Therefore according to the given situation, the concept in which enough interest must exist on the part of the insurer while taking the policy is known as the insurer interest
Hence, the first option is correct
Answer:
$468,844 approx.
Explanation:
<u>Assumption</u>: <u>Since the question is incomplete, with the available information it has been construed that calculation of bond price is required and the question has been solved accordingl</u>y.
The price of a bond is the present value of future cash receipts it generates to the investor in the form of interest stream and principal stream.
wherein,
= price of bond as on today
i = annual coupon payments
ytm= investor's expectation of interest or market rate of interest on similar bonds
RV = Redemption value of such bonds assumed to be the face value
n = term to maturity
12.46221 × 22,500 + 0.376889 × 22,500 = 280,399.725 + 188444.5
$468,844 approx
This is the present value of the bond which is lower than it's face value because market rate of return of similar bonds is higher than the coupon rate of payment by Westside Corporation.
Because when a bank borrows money from the Fed it has to out toward collateral. Central banks in turn will want extra regulation, depending on the banks rep. As well as banks borrow too frequently from the Fed, resulting in the Fed restricting the ability to borrow in the future.
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