Answer:
the correct answer is $1,250
Explanation:
(The average variable costs + the average fixed costs) * Production units
=
The firms total costs
$2.00 + $0.50 =$2.50
$2.50 * 500= $1,250
GOOD LUCK
Answer:
B. The total interest = $4.35
Explanation:
The first question to answer, is what is the present value of the annuity of the loan and then based on that the total interest can be calculated.
<h2>Present value of annuity= A x [(1-(1+r)-n)/r]*(1+r) </h2>
Where the A represents Annuity = or $20
The r represents the rate or 1.5%
and the n represents the number of periods which is 6 months
Calculating the value =
= 20 x [(1-1.015^-6)/0.015]*1.015
= 20 x [(1-0.91454219251)/0.015]*1.015
= 20*5.782644973
=$115.65
Now that the loan amount is known, the Total Interest can be calculated as follows
Total Interest= number of payments x monthly payments) - the loan amount (calculated above)
= 20 x 6 -115.65
= 120-115.65
The total interest = $4.35
When using statistics to support a speech, it is best to do all of the following except:
d. use a lot of statistics in a speech to make the speech exciting.
This is an example of too much tends to overwhelm your audience. A few very well done graphics can convey more and catch their attention.
Statistics are to enhance the message you are relaying.
Answer:
The answer is: $39,000
Explanation:
The gross domestic products includes all the production of final and legal goods or services. These final products can be sold or held in inventory.
In this case, the GDP should include the $20,000 car sold to Emily and the $19,000 that correspond to the car held on finished inventory.
Answer:
9.98%
Explanation:
Yield to maturity is the annual rate of return that an investor receives if a bond bond is held until the maturity. It is a long term return which is expressed in annual term.
As per given data
Annual Payment = $500
Current price = $5,012
$500 payment each year for indefinite period of time is a perpetuity, value of perpetuity can be calculated as follow
Current Price = Annual Payment / Yield to maturity
Yield to maturity = Annual Payment / Current Price
Yield to maturity = ( Annual payment / Current price ) x 100
Yield to maturity = ( $500 / $5,012 ) x 100
Yield to maturity = 0.0998 x 100
Yield to maturity = 9.98%
