Answer:
There are two events that would reduce a depositor's account:
- the depositor orders new checks through the bank for $50
- there are outstanding checks drawn on the account at the month-end
Explanation:
These situations will decrease the depositor's account balance by $50 and for the amount of the outstanding checks (which amounts were not stated).
<span>A database is an organized collection of Logically related data
In programming, logically related data refers to all data that is necessary in order to build the data structures resonate with another that form a single program as a whole. A failure in resonating these data will result in an occurrence that we know as an error.</span>
Answer: Inelastic
Explanation:
The coefficients in a log-log model represent the elasticity of your dependent variable with respect to your independent variable. In other words, the coefficient in a log-log demand model is the estimated percent change in with respect to a percentage change in the independent variables like , , M, , etc.
Thus, coefficient of represents the elasticity of demand for good X with respect to Price of good x. So, Own-price elasticity of good x is 0.8.
Since this is less than 1 the good is relatively inelastic.
Answer:
The answer is D, the grievance is brought before a court which decides the case.
Explanation:
A grievance procedure is a process adopted within an organisation for the purpose of resolving conflicts. Most of the time, it is meant to resolve conflict between individuals of lower cadre or hierarchy in an organisation and people in the top management position.
There are about six different procedure in the grievance process and taking a grievance to the court to decide on a case is not one of them. However, it is worthy to note that when all necessary grievance procedure have been utilized and there seem not to be a resolution in sight, a third part arbitrator in invited into the scene which mostly is between high management personnel.
Answer:
$18,117.58
Explanation:
the question requires that we find the minimum price Hank would need to receive his first car.
loan = $28,000
rate = 0.08/12 = 0.0067
the monthly payment can be calculated as:
loan /[0.0067/1-(1/(0.0067)^60))]
= 28000/[1-1/(1.0067^60)/0.0067]
= 28000/(1-(1/1.0067)^60)/0.0067
= $567.74
The minimum price can be calculated as:
pmt = 567.74 x [(1-(1/1.0067^36))/0.0067) x 0.0067
= $18,117.58