Answer:
quantity demanded equals quantity supplied
Explanation:
The market equilibrium is the price at which the quantity demanded and the quantity supplied cross each other. The intersection could be made by supply and demand curves.
Therefore, there is a direct relationship between the price and the quantity supplied, while the price and quantity demanded have an inverse relationship.
When the quantity demanded and the quantity supplied are intersect at the price so we called market equilibrium
Answer: Please refer to Explanation.
Explanation:
a. The company regularly follows up with customers who pay late.
This is GOOD.
Cash Management Strategy - Collection of Accounts Receivables on time to maintain cash balance.
b. Excess cash is put into short-term investments to earn extra income.
This is GOOD.
Cash Management Strategy - Earning extra income on idle cash by investing in short-term liquid investments.
c. Cash receipts and cash payments are regularly planned and reviewed.
This is GOOD.
Cash Management Strategy - Cash Planning to establish a correct balance between payments and receipts.
d. Rarely used equipment is rented rather than purchased.
This is GOOD
Cash Management Strategy - Saving money by spending economically only when needed.
e. Bills are paid as soon as they are received.
This is BAD
Cash Management Strategy - Paying bills when due to ensure that operating cash balance is maintained at a healthy level.
If you need any clarification do comment.
Cheers.
I think the labor market is the nominal market in which workers find paying work, employers find willing workers, and wage rates are determined.
Answer:
The correct answer is (C)
Explanation:
They are the two crucial characteristics that are general used to make accounting data more useful to make long-term decisions. To be exact, faithful representation helps to attain the relevant data for the company and this quality enhances the reliability of financial data. Completeness, fairness and free of error these three characteristic are a part of faithful representation of data.
Given Information:
Current Population = P₀ = 7 billion = 7x10⁹
Growth rate = r = 3 %
Period = t = 100 years
Required Information:
(a) Population after 100 years = ?
(b) Population after t = 0, 1, 2, 10, 25, 50 years = ?
(c) Population vs time graph = ?
Explanation:
The human population growth can be modeled as an exponential growth,
![P = P_{0} e^{rt}](https://tex.z-dn.net/?f=P%20%3D%20P_%7B0%7D%20e%5E%7Brt%7D)
where P₀ is the current population, r is the growth rate and t is the time period
(a) What would the population equal 100 years from now?
![P = 7x10^{9} e^{0.03*100}](https://tex.z-dn.net/?f=P%20%3D%207x10%5E%7B9%7D%20e%5E%7B0.03%2A100%7D)
P = 140.6x10⁹
(b) Compute the level of the population for t = 0, t = 1, t = 2, t = 10, 25, and t =50
<u>t = 0</u>
P = 7x10⁹e⁰
P = 7x10⁹
<u>t = 1</u>
P = 7x10⁹e^0.03*1
P = 7.213x10⁹
<u>t = 2</u>
P = 7x10⁹e^0.03*2
P = 7.423x10⁹
<u>t = 10</u>
P = 7x10⁹e^0.03*10
P = 9.45x10⁹
<u>t = 25</u>
P = 7x10⁹e^0.03*25
P = 14.82x10⁹
<u>t = 50</u>
P = 7x10⁹e^0.03*50
P = 31.37x10⁹
(c) Make a population versus time graph
Attached as image