Answer:
The market-to-book ratio is: $2.96
Explanation:
The market-to-book ratio compares the market value of an organization with its book value. The formula to calculate market-to-book ratio is equal to the market price per share divided by the book value per share. So,
Market-to-book ratio= $36.08/$12.19
Market-to-book ratio = $2.96
Answer:
b. credit to Cash $60,000.
Explanation:
Given that:
Hurley Corporation issues the principal amount of $500,000
Time = 5 years
Rate = 12% at 96 with interest payable on January 1
Discount on issue =500000 × (1 - 0.96) = 20000
Annual discount amortization= 20000/5 = 4000
Interest payable = 500000× 12% = 60000
From the information given in the question; we can have a journal entry to determine the what the straight-line method will include.
So, let have a look at the table below:
Discount on issue 20000
Annual discount 4000
amortization
Debit Credit
Interest expense 64000
Discount on Bonds payable 4000
Interest payable 60000
Now; The January 1 entries will now be as follows:
Debit Credit
Interest payable 60,000
Cash 60,000
Thus; The entry on January 1 to record payment of bond interest assuming amortization of bond discount used the straight-line method will include a: <u>Credit to cash $60,000</u>
Its because it was a seller not a retail company selling the house
Answer:
A liability account in the balance sheet.
Explanation:
When rent is collected in advance, the entries required to be recognized at the point of collection is as follows;
Debit Cash account
Credit Unearned/Deferred rental revenue
The cash account is an asset while the Unearned/Deferred rental revenue is a liability account.
As such, the collection of rent in advance is A liability account in the balance sheet.
Answer:Passive learning
Explanation:Passive learning can be described as students taking part in course elements that include solely the taking in of information. Examples of this include: reading, listing to a lecture, watching a video, and looking at pictures or PowerPoints. Students learn at the level by taking in the information presented.
It is the process used by an agent to learn the automaton representing the behavior of a different system when he has no control over the inputs supplied to an automaton. In this case the agent is a passive observer of the behavior of the system without interacting with it.
