Answer:
C. Unearned revenue would be debited for $700.
E. Service revenue would be credited for $700.
Explanation:
As we recieve the payment in-advance we take the obligation to perform our duties with the customer.
Therefore it is unearned revenue (liability)
at year-end there is a portion which is still unearned by the amount of 300 dollars Hence, the difference was earned: 1,000 - 300 = 700
we will decrease our liability against the customer and recognize the revenue by crediting service revenue.
<span>Taurus's employer must record $60.76 for unemployment compensation because his yearly pay has not yet exceeded the $7,000 cap. Taurus's oasdi tax would be $60.76 and the medicare tax total is $14.21. The total payroll tax expenses for Taurus's employer to pay is $135.73.</span>
Answer:
u get free stuff out of it
Answer: d. A price near $60
Explanation:
The Preferred Stock was selling at $56 then a notice was circulated that RMO would be calling the stock at a price of $60.
This $60 is more than the current $56 and so this will need to reflect in the price of the stock. The adjustment will cause the Preferred stock to start trading near $60 as traders will seek to take advantage of the impending call by buying at a lower price and thus making a bit of profit when the stock is called at $60. The market will adjust to this because the Preferred stock will be perceived as undervalued. A price closer to the Call price will therefore become the new price to properly value the stock.
Answer:
a. under applied.
Explanation:
For computing, whether it is under applied or over applied first, we have to compute the predetermined overhead rate. The formula is shown below:
Predetermined overhead rate = (Total estimated manufacturing overhead) ÷ (estimated direct labor-hours)
Now we have to find the applied overhead which equal to
= Actual direct labor-hours × predetermined overhead rate
So, the ending overhead equals to
= Actual manufacturing overhead - applied overhead
= under-applied
If actual overhead is more than the applied overhead
