Answer:
The answer to the following question is: (-9.34)
Explanation:
Given that:
p = -0.07 x^2 - 0.7x + 6
The price elasticity of demand = ( change in quality / change in price)
= (dp / dx) (x/p)
= d / dx (-0.07 x^2 - 0.7x + 6) x / p
= (-0.14x - 0.7) x/ (-0.07 x^2 - 0.7x + 6)
elasticity = (-0.14x^2 - 0.7x) / (-0.07 x^2 - 0.7x + 6)
at x=5;
elasticity = (-0.14(5)^2 - 0.7(5)) / (-0.07 (5)^2 - 0.7(5) + 6)
= (-3.5 - 3.5) / (-1.75 - 3.5 + 6)
= -7/ 0.75 = -9.333
= -9.34
Answer:
financing transaction.
Explanation:
A financial statement is a written report that quantitatively describes a firm's financial health. Under the financial statements is a cash-flow statement, which is used to record the cash inflow and cash equivalents leaving a business firm.
Cash flow statement, also known as the statement of cash flows, contains financial information about operating, investing and financing activities.
A transaction can be defined as a business process which typically involves the interchange of goods, financial assets, services and money between a seller and a buyer.
Financing transaction can be defined as an obligation or right of an organization (business firm) to repurchase an asset for an amount greater than or equal to the selling price of the asset.
Answer:
More than $1500 price per car per month has to be dropped.
Explanation:
Given:
price per car = $20,000
car sale per month = 40
rate of increase in demand = 3
Solution:
Revenue R = Price × Quantity = P * Q
From the above given data
P = 20,000
Q = 40
R = P*Q
dQ/dt = 3
We have to find the rate at which the price is to be dropped before monthly revenue starts to drop.
R = P*Q
dR/dt = (dP/dt)Q + P(dQ/dt)
= (dP/dt) 40 + 20,000*3 < 0
= (dP/dt) 40 < 60,000
= dP/dt < 60000/40
= dP/dt < 1,500
Hence the price has to be dropped more than $1,500 before monthly revenue starts to drop.
Simple interest formula
I=PRT
I=interest
P=principal=amount invested
R=rate in decimal
T=time in years
we are given
P=1750
R=1.9%=0.019
T=1
I=PRT
I=(1750)(0.019)(1)
I=33.25
that's how much interest
total will be $1750+interest=$1750+$33.25=$1783.25
your answer is right
Answer:
$179,950
Explanation:
For determining the overhead applied first we have to find the predetermined overhead rate based on the estimated cost which is shown below:
Predetermined overhead rate is
= Estimated overhead cost ÷ estimated direct labor cost
= $174,000 ÷ $87,000
= $2
Now the applied overhead is
= Predetermined overhead rate × actual direct labor cost
= $2 × $89,975
= $179,950
We simply applied the above formula so that the overhead applied could come