Answer:
Net Present Value = $28756.79
Explanation:
First we need find the real rate of interest
Real rate of interest = (Nominal rate of interest - Inflation rate )
Real Rate of interest = (10.76% - 4%)
Real of Interest = 6.76%
Now using stream of cash flows and discount the at 6.76%
0 -12800 1.000
1 10000 0.937
2 10000 0.877
3 10000 0.822
4 10000 0.770
5 10000 0.721
Through multiplying discount value with cash flow we get the discounted value of cash flows.
0 -12800 x 1.000 = -12800
1 10000 x 0.937 = 9370
2 10000 x 0.877 = 8770
3 10000 x 0.822 = 8220
4 10000 x 0.770 = 7700
5 10000 x 0.721 = 7210
Adding the discounted cash flows we get the value of Net present value and that is equal to $28756.79
Answer:
The answer is option A) This is an example of continuous reinforcement schedule
Explanation:
A schedule of reinforcement is basically a rule stating which instances of behavior will be reinforced. In some cases, a behavior might be reinforced every time it occurs. Sometimes, a behavior might not be reinforced at all.
continuous reinforcement schedule occurs when reinforcement is delivered after every single target behavior. This is clearly illustrated with the bonus paid to the telemarketers for every fourth application the company receives.
Answer:
it might be informative and persuasive I'm pretty sure it is but not 100% I'm sorry
Answer:
inflation rate = 17.5 percent per year ⇒ it will take 4 years to double
inflation rate = 35 percent per year ⇒ it will take 2 years to double
inflation rate = 3.5 percent per year ⇒ it will take 20 years to double
Explanation:
we can use the rule of 70 to determine the amount of time it would take the general price level to double.
the rule of 70 is a simple way we can use to estimate the number of years it will take an investment to double given a certain growth rate.
70 / 17.5 = 4 years
70 / 35 = 2 years
70 / 3.5 = 20 years
