Answer:
Exact = $34.5
Ordinary = $35
Explanation:
Given that :
Principal, P = $1500
Interest rate = 14% = 0.14
Number of days = 60
For exact :
Exact simple interest uses 365 days :
Simple interest = principal * rate * time
Simple interest = $1500 * 0.14 * 60 / 365 = 34.520547 = $34.5
For ordinary simple interest :
Simple interest = principal * rate * time
Simple interest = $1500 * 0.14 * 60 / 360 = $35
Answer:
The answer is <u>"a. 8.13%".</u>
Explanation:
Given that;
d0 = $1.75
p0 = $40.00
g = 3.6% = 0.036
By using the formula;
Price of the stock = (Dividend this year)(1+g) ÷ (r - g)
By putting the values;
40 = (1.75)(1+0.036) ÷ (r - 0.036)
r - 0.036 = (1.75)(1.036) ÷ 40
r - 0.036 = 1.813 ÷ 40
r - 0.036 = 0.045325
r = 0.045325 + 0.036
r = 0.081325 = 0.081325 x 100
<u>r = 8.13%</u>
Answer:
Explanation:
When the future revenue producing ability of the inventory is above its original cost the
companies should reports their inventory value with LCNV method.
Operant conditioning is used by Mark .
<h3><u>
Explanation:</u></h3>
The instrumental conditioning is the other name given for operant conditioning. It can be considered as a method of learning in which rewards and punishments are used for modification of certain behaviors. This forms a relativity between certain behavior and the consequences of that behavior.
In the example given, Mark has decided to give rewards in order to make his employees to reach office at time. Monthly rewards are given to those employees who did not take breaks and thus he is using the principle of Operant conditioning .
Answer:
nominal interest rate
Explanation:
Titan State Bank offer of 6% interest is a quoted interest rate. A quoted interest rate is also annual payable rate (APR) and in this case, it is compounded quarterly. Additionally, since this quoted rate does not take into account the inflation rate, it is referred as a Nominal interest rate. However, when that nominal rate of 6% is adjusted for inflation, the rate you earn is the Real interest rate which you calculate using the Fisher equation.
