Answer:
The correct answer is The EPA requires the use of precise forms called? It is a requirement for those working with or owners of transporters and generators of waste materials deemed hazardous to acquire an EPA form 8700-22 called the uniform hazardous waste manifest.
Explanation:
i hope this helps 229 999 0523
Answer:
the manufacturing overhead for the month should be overapplied by $16,000
Explanation:
Given that
The debit to the manufacturing overhead is $53,000
And, the credit balance is $69,000
So, it should be overapplied by the
= $53,000 - $69,000
= $16,000
Therefore the manufacturing overhead for the month should be overapplied by $16,000
This is the answer but the same is not provided in the given options
Answer:
Watching movies
Explanation:
Short term goal can take days or weeks to accomplish, if you're saving for a house that will take months or even years, for retirement you have to be certain age and tertiary education is an education as the word said it comes third it means college studies for that also you have to wait a long time.
Answer:
Mae's Music Shop retains responsibility to pay the Bank of Wallace even if School District 4 defaults on the note.
Explanation:
A contingent liability is merely a potential loss or a liability that may take place in the future that rely on the outcome of a future event. A contingent liability is not certain.
In the question, Mae's Music Shop sold some musical instruments on an outstanding balance to School District 4 and asked School District 4 to sign a note for the purchase. But since Mae's Music Shop needs money before the maturity of the note, they went to the Bank of Wallace and discounted the note.
Now in case of any contingent liability, if the note is dishonored, Mae's Music Shop is liable to pay to the Bank of Wallace for the money.
Thus the answer is ---
Mae's Music Shop retains responsibility to pay the Bank of Wallace even if School District 4 defaults on the note.
Answer:
(B) rises; rises
Explanation:
There is an inverse relationship between a bond's price and its yield, be it its yield to maturity or its current yield. The relationship is evident is the pricing formula for a bond.
![Bond Price = ∑\frac{Coupon}{(1+y)^{n} }](https://tex.z-dn.net/?f=Bond%20Price%20%3D%20%E2%88%91%5Cfrac%7BCoupon%7D%7B%281%2By%29%5E%7Bn%7D%20%7D)
where y = the current yield of the bond (or yield to maturity)
n = the number or period of each coupon paid.
Thus, when a bond'd price falls, its yield to maturity and current yield rise.
The yield to maturity of a bond is a single yield that equates the discounted values of all coupon and principal repayment of the bond to its current price. On the other hand, the current yield is the yield of the bond at a particular period and is influenced by the level of interest rate in an economy, the current rating of the bond, etc.