Answer:
The COGS for the June 1st sale is $17 per unit, and the COGS for the August 27th sale is $20 per unit.
Explanation:
<u>Date</u> <u>Number of units</u> <u>Unit balance</u> <u>Unit cost</u> <u>Average cost</u>
May 7 40 40 $17 $17
June 1 (20) 20 $17
July 28 30 50 $22 $20
August 27 (30) 20 $20
The average COGS after the purchase on July 28 = [(20 x $17) + (30 x $22)] / 50 = ($340 + $660) / 50 = $20
Answer:
Cash provided by operating activities is 89.000
Explanation:
The indirect method involves the adjustment of net income with changes in balance sheet accounts to arrive at the amount of cash generated by operating activities.
It depends on the account if it is added or subtracted to net income. Below you will find the added account with a plus (+) and the subtracted ones with a minus (-)
Notice the amounts of any decreases are in parentheses.
Net income 65.000
Adjustment to reconcile the net income to cash
+ Depreciation expense 8.000
+ Current assets decrease 7.000
+ Current liabilities increase 9.000
Net cash 89.000
Answer:
The answer is: Physical asset specificity
Explanation:
In a business to business relationship, physical asset specificity refers to an asset, or product or service designed to fit a particular or specialized customer's need.
In this case, True Tomato needs a very specific type of bottle that probably no other ketchup manufacturer may use or want to use. So their bottle supplier specifically manufactures the tomato shaped bottle to meet True Tomato's specific requirements.
Answer:
The balance in the Sinking Fund immediately after repayment of the loan will be $2,133.19
Explanation:
Hi, John will pay the loan by paying the yearly interest and the rest is going to go to the sinking fund, so, if he has $1,627.45 and the annual interest of the loan are $1,000, he will be depositing $627.45 into the sinking fund for ten years. Therefore, the future value of the annual deposits of the sinking can be found by using the following formula.

Where:
A = equal annual savings into the sinking fund (that is $627.45)
r = effective rate of the sinking fund (14%)
n = 10 years
Everything should look like this.


Now, this is the balance after 10 years, but remember that John has to pay the loan, which is $10,000 (not $11,000 because John pays the interest of the loan and then deposits the balance into the sinking fund). Therefore, the balance after repaying the loan is $12,133.19 - $10,000 = $2,133.19.
Best of luck.