Answer:
A. last; equal to
Explanation:
Marginal product of labour is the change in total output as a result of a change in quantity of labour employed.
A profit maximising firm would produce up to a point where the marginal product of last factor enjoyed in equal to the factor's price.
The marginal cost of Labour should equal to the marginal product of labour
Answer:
The rate at which to discount the payments to find sum borrowed is 12.68%
Explanation:
The discount rate to be used in computing the sum borrowed can e derived from the effective annual rate formula below:
Effective annual rate = (1 + Quoted interest rate/m)^m - 1
quoted interest rate is 8.40
m is the number of months in a year when compounding is done which is 12
effective annual rate=(1+8.40%/12)^12-1
effective annual rate=(1+0.01)^12-1
effective annual rate=(1.01)^12-1
effective annual rate=1.12682503
-1
effective annual rate=0.12682503=12.68%
Answer:
The board most likely will not be held responsible.
Explanation:
The board of directors can legally defend themselves based on the Business Judgement Rule. This rule in contained in the <u>Corporations Act of 2001 - Section 180.</u> It states that any decision made in regards to the business operations should be:
- In good faith and not based on personal gain
- In the best interest of the corporation
- Based on information that supports the decision
For this particular case, the board based their decision on <em>previous market research</em> that received positive feedback.
Answer:
A price increase of 1% will reduce quantity demanded by 4%
Explanation:
If the price elasticity is 4 then, this demand is highly responsive to changes in price.
So it will decrease by more than the price increase.
we must remember that the price-elasticity is determinate like:
↓QD / ΔP = price-elasticity
if the cofficient is 4 then a 1% increase in price:
↓QD / 0.01 = 4
↓QD = 0.04
Quantity demanded will decrease by 4%
The systems development life cycle in which model developers use a model to generate functional requirements and physical design specifications simultaneously is:
<h3>What is a Model?</h3>
This is a prototype which is used to represent a real thing to show the real life scenarios and applications on a much smaller scale.
With this in mind, we can see that in the prototyping life cycle, the model developers make functional requirements simultaneously to find out how the physical design specifications would look like.
Read more about life cycle here:
brainly.com/question/25754149
