Answer:
B
Explanation:
Companies recognize revenue when goods or services are transferred to customers for the amount the company expects to be entitled to receive in exchange for those goods or services.
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
In this report, there are three variables being
mentioned. These are:
1st variable = 19 minutes
2nd variable = 7 jumps
3rd variable = 79%
In this problem, I believe what we are asked to do is to
identify the type of variable the 2nd variable is. We are given that
the 2nd variable is “7 jumps”.
This means that the 2nd variable is quantitative because it
refers to or relating to a measurement of something rather than the quality. We
also know that jumps can only take whole numbers, not decimal. Therefore it is
also discrete. Hence, the 2nd variable is:
quantitative and discrete
I believe the answer is $180 million.
This amount took around 17% of the total amount of insurance claim that happened within the state.
This high amount is correlated to the fact that Florida containt a lot of tourist night clubs/bar which increase the likelihood of drunk driving activities.
Answer:
-11.8%
Explanation:
the key to answer this question is to remember that valuation of a bond depends basically of calculating the present value of a series of cash flows, so let´s think about a bond as if you were a lender so you will get interest by the money you lend (coupon) and at the end of n years you will get back the money you lend at the beginnin (principal), so applying math we have the bond value given by:

so in this particular case that one year later there are 29 years to maturity so we have:


so as we have a higher rate the investment has the next return:

