Answer:
145 millons free cash flow for the year
Explanation:
100 operating income
+ 15 depreciation (this expense do not involve cash, so they add up cash)
+50 long term asset sales (more cash in form of currency)
-10 capital expenditure (cash used purchase, mantaing or improve their assets)
-10 investment in working capital (we use it to adquire assets or pay liabilities)
-----
145 millons free cash flow for the year
Answer:
A) FMEA
Explanation:
the project is moced developing the make list
No, there is not any requirement of recording when the fair value of bonds decreases to $6000000 on December 31 of the current year.
Given that Starbucks purchased bonds with $ 7 million face value at par for cash on July 1 of the current year and the bonds pay 7 percent interest the following June 30 and December 31 and mature in three years.
We are required to tell whether there is requirement of any recording when the fair value of bonds decreases to $6000000 on December 31 of the current year.
A bond is basically a debt security, similar to an IOU and borrowers issue bonds to raise money from investors willing to lend them money for a certain amount of time. When we buy a bond, we are lending to the issuer, which may be a government, municipality, or corporation.
There is not any requirement of any recording when the fair value decreases to $600000 because it is not affecting our books of accounts because in our books they are recorded at face values.
Hence there is not any requirement of recording when the fair value of bonds decreases to $6000000 on December 31 of the current year.
Learn more about bonds at brainly.com/question/25965295
#SPJ4
Answer:
Variable cost per unit = $64 per unit
so correct option is b. $64
Explanation:
given data
sold Arks = 14,000 units
sold Bins = 56,000 units
products unit selling price unit variable cost unit contibution
Arks $120 $80 $40
Bins 80 60 20
to find out
Carter Co.'s variable cost
solution
we get here Variable cost per unit find as
Variable cost per unit = ( Arks unit variable cost × sold Arks + Bins unit variable cost × sold Bins ) ÷ total sales
Variable cost per unit = 
Variable cost per unit = $64 per unit
so correct option is b. $64
