Question:
Quick Company’s lease payments are made at the end of each period. Quick’s liability for a capital lease will be reduced periodically by the
A. Minimum lease payment.
B. Minimum lease payment plus the amortization of the related asset.
C. Minimum lease payment less the amortization of the related asset.
D. Minimum lease payment less the portion of the minimum lease payment allocable to interest.
Answer:
The correct choice is D.
Explanation:
The present value of the minimum lease payments is the lease payable. The total amount of lease payable is diminished by the percentage of the lease payment chargeable to the lease owed.
This amount is the lease payment minus the interest on the payment. Therefore, the liability is reduced by the minimum lease paid in each period minus the portion of the payment allocable to interest.
Cheers!
It will rain with probability 0.8. if it does, you earn $200 and if not, you earn $400. the expected value is: $200.
This is true because the probability of raining is 0.8%, which is 0.2% away from becoming 1.0%, which is 100%. Since you earn $200 if it rains and the probability of rain is the majority, the expected value is $200.
It is noted that in early language development, <u>comprehension </u>develops earlier than <u>production</u>.
<h3>How is language formed?</h3>
When children grow and begin to learn languages, they are able to understand what is said to them before they begin to speak.
After they understand, they are then able to put this into speech by producing their own words based on what has been told to them.
In conclusion, option C is correct.
Find out more on language formation at brainly.com/question/10585737.
Answer: Partial ownership of the company
Answer:
$73 = unitary variable cost
Explanation:
<u>To calculate the unitary variable cost that will yield the break-even point, we need to use the following formula:</u>
Break-even point in units= fixed costs/ contribution margin per unit
50,000= 100,000 / (75 - unitary variable cost)
3,750,000 - 50,000unitary variable cost= 100,000
3,650,000 = 50,000unitary variable cost
$73 = unitary variable cost