From the given information, The demand function is (P) = -x/8 + 600. The demand function illustrates the causal connection between the quantity of a commodity that is demanded and its numerous determinants.
The demand function is given by P - P1 = m(x-x1)
Since, m = -10/80 (i.e. additional 80 tablets every $10)
P1 = $250, x1 = 2800
So, P - 250 = -1/8 (x - 2800)
P = -1/8 + 350 +350
P = -x/8 + 600
Hence, the demand function (P) = -x/8 + 600
- One variable's connection with its determinants is described by the demand function. It explains how much of a certain amount of products is bought at various prices for that good and its related goods, various income levels, and various values for other demand-affecting variables.
There are two categories of demand function:
- The linear demand function
- Nonlinear Demand Function
Without needing to create a demand function graph, an algebraic formula for constructing demand curves is known as a linear demand function.
Demand function with nonlinearity. The slope of the demand curve (P/Q), in a nonlinear or curved demand function, varies along the demand curve.
Learn more about Demand function, here
brainly.com/question/28198225
#SPJ4
Answer:
1,386.67%
Explanation:
Loan Amount = $8.25
Repayment Amount = $10.45
Hence,
Interest for a week = Repayment Amount - Loan Amount
= $10.45 - $8.25
= $2.2
Interest percentage for a week:
= 
= 
= 26.66% (approx)
Number of weeks in a year = 52
Therefore,
Effective annual return:
= Interest percentage for a week × Number of weeks in a year
= 26.66% × 52
= 1,386.67%
Hence, effective annual return Friendly’s earns on this lending business is 1,386.67%
.
APR you are paying 1,386.67%.
Answer:
D
The throughput time of the system is 35
Explanation:
When we talk of the throughput time of a system, we are referring to the total time utilized from the start of the job to the end
So to calculate the throughput time of this system, we simply need to add all the hours of work together (proceeds time)
That would be; 5 + 9 + 4 + 9 + 8 = 35
Answer:
11.611 +/- 3.013
Explanation:
3 3.5 4 6 7 8 8.5 12.5 15
7 17 19 12 19 22 28 20 28
difference
4 13.5 15 6 12 14 19.5 7.5 13
mean = 11.611
the standard deviation ⇒ 7.611² + 1.889² + 3.389² + 5.611² + 0.389² + 2.389² - 7.889² + 4.111² + 1.389² = 57.927 + 3.568 + 11.485 + 31.483 + 0.151 + 5.707 + 62.236 + 16.9 + 1.929 = 191.386/9 = √21.265 = 4.611
standard deviation = 4.611 1.918
confidence interval = mean +/- [(standard deviation/√9) x 1.96]
11.611 + [(4.611/3) x 1.96] = 11.611 + 3.013
11.611 - [(4.611/3) x 1.96] = 11.611 - 3.013
Answer:
As a result of an increase in the YTM, the price of the bond will fall $4677.19 from to $4593.67
Explanation:
The bonds are valued or priced based on the present value of annuity of interest payments and the present value of the principal. Based on the YTM of 7.8% the bonds are priced at,
coupon payment = 5000 * 0.067 *1/2 = $167.5
Semiannual YTM = 7.8 *0.5 = 3.9%
Semi annual periods to maturity = 8 * 2 = 16 periods
Old Price = 167.5 * [( 1 - (1 + 0.039)^-16 + 5000 / (1+0.039)^16
Old Price = $4677.19
New semiannual YTM = 8.1% / 2 = 4.05%
New Price = 167.5 * [( 1 - (1+0.0405)^-16) / 0.0405] + 5000 / 1.0405^16
New Price = $4593.67