Answer:
(A) The equilibrium quantity will increase.
Explanation:
An increase in demand and supply of electric cars would shift the demand and supply curves to the right.
Equilibrium quantity would increase.
Price would not change.
I hope my answer helps you
Answer:
b. Yes, because she will build social media skills.
Explanation:
In this scenario Nancy's long term goal is to manage a social media department of a large company. She now hot an internship as a social media assistant in a small company.
The internship that she is undertaking bin the short run is relevant to the her long term career goal of managing a social media department in a large firm.
So this is a stepping stone in achieving her long term goal.
In the future when a social media opening comes up she will have the relevant experience to perform in this role.
Answer:
JT, SM, VD
Explanation:
Calculation to rank the products in the order in which they should be emphasized
VD JT SM
Selling price per unit
$ 344.85 $ 415.40 $ 119.32
Less:Variable cost per unit
$ 270.18 $ 310.88 $ 91.96
Contribution per unit
$74.67 $104.52 $27.36
÷Minutes on the constraint 5.70 6.70 1.90
=Contribution per minut
$13.10 $15.60 $14.40
Ranking
VD $13.10 Third
JT $15.60 First
SM $14.40 Second
JT, SM, VD
Therefore the product will be rank from the highest to the lowest which is JT, SM, VD
Answer:
d. Both a and b are correct.
Explanation:
Under a market economy the agents are free in both ways, they can arrenge their decision in open negociation with their supplier/employeer and can choose between the goods produced in the economy which ones to consume or not.
While in a communist economy it is a central planner who decide the output and payment for the families job.
The statement in the question is True.
<u>Explanation:</u>
In statistics, the residual sum of squares (RSS), otherwise called the sum of squared residuals (SSR) or the total of squared estimate of errors (SSE), is the aggregate of the squares of residuals (deviations anticipated from real observational estimations of information). It is a proportion of the error between the information and an estimation model.
A little RSS demonstrates a tight attack of the model to the information. It is utilized as an optimality standard in parameter determination and model choice.