Answer and Explanation:
The computation is shown below:
We use the formula that is given below:
Invested amount = $1,000,000 present value
Present value = 1 ÷ (1 + rate of interest)^number of years
a.
The amount invested is
= $1,000,000 ÷ (1.1104)^45
= $8,983.07
b,
The amount invested is
= $1,000,000 ÷ (1.0552)^45
= $89,111.71
Answer:
2.88%
Explanation:
According to the fisher equation :
(1 + Nominal interest ) = (1 + real interest) (1 + inflation rate)
(1.07) = (1.04) x (1 + real interest)
(1.07) / (1.04) = (1 + real interest)
1.028846
real interest rate = 2.88%
Answer: When economists say that a good is no -rival in consumption, More than one person can enjoy the good at the same time
A good is excludable if someone can be prevented from using it. A good is rival in consumption if one person's use reduces others' ability to use the same unit of the good. Markets work best for private goods, which are excludable and rival in consumption. Markets do not work well for other types of goods.
In 20 years you'll have $5,220.
2,000×0.08=160
2,000+(160×20)= 5,220.
Answer:
A greater saving will reduce the impact of the multiplier.
Explanation:
A multiplier generally refers to the factor that amplifies or increase the initial change of something else.
In economics, multiplier refers how change in spending or saving results into a larger change in local output and income.
Since addition of marginal propensity to consume (MPC) and marginal propensity to save (MPS) is equal to 1, the formula for calculating a multiplier can be stated as:
Multiplier = 1/(1 - MPC) or 1/MPS
From the question therefore, when MPS = 0.10, we have:
Multiplier = 1/0.10 = 10
When MPS is increases to 0.20, we have:
Multiplier = 1/0.20 = 5
Since 5 is less than 10, a greater saving will therefore reduce the impact of the multiplier.
