Answer:
1. the prices of existing bonds would rise
Explanation:
General Interest rates and price of a bond are inversely related. The market interest rate also reflects an investors expected rate of return also referred to as yield to maturity i.e YTM.
Mathematically, price of a bond is the present value of it's future stream of coupon payments as well as principal repayments discounted at investors expected rate of return i.e YTM.
So, when market interest rates fall in general, this would lead to a rise in the price of bonds as general interest rates represent yield to maturity.
The answer is C. sole proprietorships.
Explanation:
The Journal Entry from July 1 and July 31 is shown below:-
1. Cash Dr, $560
To Deferred revenue $560
(Being cash is received)
2. Deferred revenue $336
To Sales revenue $336
(Being 12 months sales service is recorded)
3. Cost of goods sold $280
To Inventory $280
(Being cost of goods sold is recorded)
4. Deferred revenue ($336 ÷ 12) $28
To Service revenue $28
(Being Deferred service revenue is recorded)
Working Note:-
Cellular service revenue = offer price ÷ total cost of phone and service × cellular service
= (($560 ÷ ($448 + $672)) × $672
= $336
<u>Answer and Explanation:</u>
Caramel Corporation outstanding share are 5000
Caramel Corporation distributes $145,000 in an exchange for 1000 number of shares in a qualifying stock redemption.
Given : caramel Corportaion has E&P of around $300,000.
E&P attributable to 1000 number of shares = 
Therefore, the consequence of this redemption are $60,000 charge to E&P and reduction in caramel Corporation paid-in capital account is $85000 ($145000 subtract $60000)
Answer:
$94.10 per unit
Explanation:
Total direct labor-hours 10,000
Total fixed manufacturing overhead cost $33,000
Variable manufacturing overhead per direct labor-hour $2.50
Job K332:
Number of units in the job 70
Total direct labor-hours 140
Direct materials $455
Direct labor cost $5,320
total variable overhead = $2.50 x 140 = $350
prorated fixed overhead = (total fixed overhead / total direct labor hours) x direct labor hours used = ($33,000 / 10,000) x 140 = $462
total product cost = direct labor + direct materials + variable overhead + prorated fixed overhead = $5,320 + $455 + $350 + $462 = $6,587
product cost per unit = $6,587 / 70 units = $94.10 per unit