<span>The managers make business rules- both company managers and department managers. They might also be in procedures and employee manuals. The database designer's role is to identify and take notes on such rules. They are supposed to find and correct differences within the rules while keeping the rules the same.</span>
A price floor is the mining price that can be charged for an item. A binding price floor is a price set above market average pricing. Since the government regulates this and will not let them sell below the average market price, the price is set in stone for the products price in the market.
Answer:
b. Be honest and provide the important reasons for the increase in individual contributions.
Explanation:
if the workers are knowing why they need to work more than they will ac tually do efforts to do the best. they wont ask question everytime manager comes in front of the workers.
Therefore, Corbin should be honest and provide the important reasons for the increase in individual contributions.
Answer:
B. Paid-In Capital in Excess of Stated long dash Common for $ 130,000
Explanation:
Whenever shares are issued at a price higher than the par value, then the additional value that is higher than par value is is added to paid in capital in excess of stated common capital.
Here, in the given case stated capital = 10,000
$3 = $30,000
Paid in capital in excess of stated capital = 10,000
($16 - $3) = $130,000
Thus, correct entry will include credit to both of the above.
Therefore, correct option is
B. Paid-In Capital in Excess of Stated long dash Common for $ 130,000
Answer:
D. 400 million
Explanation:
Current Population of the country = 100 million
growth rate per year = g = 3.5%
Number of Years = n = 40 Years
Population after 40 year = ?
To calculate the population after 40 year use following formula:
Population after 40 years = Current year population x ( 1 + growth rate )^ number of years
Population after 40 years = Current year population x 
Population after 40 years = 100 million x 
Population after 40 years = 100 million x 
Population after 40 years = 100 million x 3.959259
Population after 40 years = 395.93 million
Population after 40 years = 400 million ( Rounded off to nearest hundred )