Answer: Interest on a Note Payable is most appropriately accrued: "B. as of the end of each accounting period during which the note is a liability.".
Explanation: As long as the Note Payable remains a liability and has not yet reached its due date, according to the accrual principle, at the end of each accounting period the accrued interest must be recognized, and when the Note payable reaches its expiration it must remain with balance 0 the interest not accrued account.
Answer:
less volatile the price of a security, the wider the bid-asked spread.
Explanation:
From the answers listed in the question the one that would be considered false would be that the less volatile the price of a security, the wider the bid-asked spread. This is because the bid-asked spread usually depends on the liquidity of the asset, when the asset has a large enough liquidity which causes the volatility to be low the bid-asked spread becomes very narrow since there is not much demand for buyers willing to pay higher prices for the asset in question. The opposite occurs if an asset is very popular and volatility is high which creates a much wider bid-asked spread.
Answer:
Here are some steps to be taken to avoid being a victim of consumer fraud:
- Spot Imposters: Scammers often pretend to be someone else, especially one you can trust, like a government official.
- Online searching: Search about the company of product online to see if it is legit or not.
- Don't pay in advance: Scammers always try to get money in advance, in terms of taxes or fees.
- Discuss with someone: Before giving someone your money, talk to someone you trust or preferably to an expert.
- Personal information: Don't given any unknown person your personal information, money, or any kind of financial details
Answer:
Density of propane = 17.8 g/L
Propane is more priced than gasoline
Explanation:
Given:
Temperature, T = 298 K
Pressure, P = 10 bar = 0.987 × 10 = 9.87 atm
now,
Molar mass of propane, M = 44.1 g/mol
From ideal gas law
⇒ PV = nRT
here,
n is the number of moles
R is the ideal gas constant = 0.0821 L.atm/mol.K
also,
Density, D = 
or
V = 
and,
nM = mass
thus,
V = 
substituting in the ideal gas relation
we have
P = 
or
D = 
or
D = 
or
D = 17.8 g/L
Now,
1 gallon = 3.78 Liter
Therefore,
5 gallon = 5 × 3.78 Liter = 18.9 Liter
Thus,
mass of 5 gallon propane = Volume × Density
= 18.9 Liter × 17.8 g/L
= 336.42 g
or
= 0.336 kg
also it is given that Price of 5 gallon propane i.e 0.336 kg = $30
Therefore,
Price per kg = 
= $89.28
and,
Mass of 5 gallons i.e 18.9 Liter gasoline = Density × Volume
= 0.692 g/cm³ × 18.9 Liter
also,
1 L = 1000 cm³
thus,
= 0.692 g/cm³ × 18.9 × 1000 cm³
= 13078.8 g
or
= 13.078 kg
Therefore,
Price per kg of gasoline = 
= $2.29
hence, propane is more priced than gasoline
The demand for cheap pizza will <span>decrease because demand for cheap pizza is negative related to income.
a relation could be considered as negative if the correlation between two events opposing one another. As students finds high paying job, they are now able to buy more expensive pizza, which means that a number of customers for cheap pizza will be decreased</span>
