Answer:
the future value is $1.08
Explanation:
The computation of the future value is shown below:
As we know that
Future value = Present value × (1 + rate of interest)^number of years
= $1 × (1 + 0.08)^1
= $1 × 1.08
= $1.08
Hence, the future value is $1.08
Answer:
The answer is (B) transfer dollars, and therefore purchasing power, into the future.
Explanation:
A store of value is best described as a function contained in an asset that allows it to be saved, retrieved, and traded in the future. Money provides this function, alongside other forms of assets such as bonds, gemstones, and precious metals. Other functions of money, include as a medium of exchange and a unit of account.
Answer:
From a cost savings perspective the switch should be made in-house
Explanation:
In deciding whether Cool Systems should make or buy the switch , we calculate the relevant applicable to both situations,then compare t see which option saves costs.
The cost of making the switch is calculated thus:
Direct materials per unit $5
Direct labor $3
Variable overhead <u>$6</u>
Total relevant cost <u> $14</u>
The cost of purchasing the switch from another supplier is $15
From the above analysis, it is preferable to make the switch in-house as that option saves $1($15-$14) per switch.
However, it might be that we need to look beyond cost savings sometimes,purchasing the switch from another supplier might be viable if the quality of the outside switch is better or that the outside supplier can deliver in timely fashion.
Answer:
Options C and E
Only Nick and Jake are optimising over his choice of fruit?
Explanation:
The marginal utility obtained from the purchase of a product is the amount of satisfaction derived from purchasing an additional unit of the product.
The utility is maximised when the satisfaction in terms of marginal utilities obtained from each product is equal to each other.
We obtain this simply by dividing the marginal utilities for each fruit by their price, and comparing them.
Dmitiri:
Apples: 8/1 =8
Pears: 10/2 =5
8/1 is not equals to 10/2
Frances:
Apples: 7/1 =7
Pears: 16/2 =8
7 is not equals to 8
Jake:
Apples: 6/1 =6
Pears: 12/2 =6
The marginal utility is equal hence Jake's choice is optimal
Latasha:
Apples: 5/1 =9
Pears: 9/2 =4.5
9 is not equals to 4.5
Nick:
Apples: 4/1 =4
Pears: 8/2 =4
The marginal utility is equal hence Nick's choice is optimal
Answer:
False
Explanation:
An increase in the demand for notebooks raises the quantity of notebooks demanded and also the quantity supplied
An increase in demand leads to a corresponding increase in supply
If the supply is not raised which will also increase the quantity of notebooks supplied, there will not be enough notebooks to meet the high demand for notebooks which brought about an increase in the quantity of notebooks demanded
