If the price elasticity of demand for Mountain Dew is 4.4 then "mountain dew has a high price elasticity of demand".
<u>Answer:</u> Option D
<u>Explanation:</u>
In economics "Price elasticity of demand" (PED) is a metric required to illustrate the flexibility or elasticity of a product or service's required quantity to increase its value when nothing but the value of product vary. When mountain dew have price elasticity of demand is 4.4 this follows that a price increase of 10 percent would result in the quantity needed decline by 44%
as illustrated below:
4.4 = (% quantity change) / (% price change)
4.4 = x / 10
x = -4.4 (10) = -44% here negative sign shows decline in quantity required.
Answer:
$65,000
Explanation:
Calculation to determine what The estimated inventory loss due to Hurricane Fred would be
Beginning inventory$170,000
Add Net purchases195,000
Goods available for sale365,000
($170,000+$195,000)
Less: Cost of goods sold (300,000)
($480,000/160%)
Estimated ending inventory$65,000
($365,000-$300,000)
Therefore The estimated inventory loss due to Hurricane Fred would be $65,000
Answer:
97 days
Explanation:
In simple interest method, the interest is calculated by the following formula
I= P x R x T
I= interest
P = principal amount
R =interest rate
T= Time
In this case
I=$16
P=$1500$
R= 4% or 0.04%
T= time
$16= $1500 x 0.04 x Time
$16 =60 x Time
Time = 16/60
time = 0.2666 year.
time in days = 0.26666 x 365 days
=97.333 days
=97 days
Explanation:
The journal entries are as follows:
On July 1
Prepaid Insurance A/c Dr $20,700
To Cash A/c $20,700
(Being prepaid insurance is paid)
On December 31
Insurance expense A/c Dr $
To Prepaid insurance A/c $1,110
(Being the insurance expense is recorded)
The insurance expense is shown below:
= $20,700 ÷ 3 years × 6 months ÷ 12 months
= $3,450
Answer:
The balance in the account = $851.8
Explanation:
The future value of a lump sum is the amount expected at a future date when a sum of money is invested today at a particular rate of interest for certain number of years
.
This implies compounding the initial amount invested ($300) at the given interest rate(11%) for 10 years.This will be done as follows:
<em />
FV = PV × (1+r)^(n)
FV-Future value
r- rate of return per period
n- Number of period
PV - 300
r-11%
DATA
FV- ?
PV - 300
n- 10
FV= 300 × 1.11^10 = 851.83
The balance in the account = $851.8
