Answer:
In finance and accounting, capital generally refers to financial wealth, especially that used to start or maintain a business. ... In classical economics, capital is one of the four factors of production. The others are land, labor and organization
When using the expenditure approach, we are looking at the total spending of a business that is included in the equation to compute for GDP. For this, I would say government purchases is the answer because government purchases would take up the biggest chunk of a country's revenue for development and imports.
Answer:
Explanation:
I will split this answer into two options...
Fiber Optic communications work by sending data through beams of light through a series of fiber cables. This allows for data transfer at incredibly high speeds and with an almost non-existent probability of data loss. Since cables need to be connected from one end-point to another this form of communication becomes more expensive and the capability of reconfiguration becomes incredibly difficult. The likelihood of failure is also very low due to the nature of the technology.
Satellite communication sends data wirelessly by beaming the data to satellites and then back down to the destination. This allows for data to be transferred worldwide but runs into the risk of interference, data loss, signal loss etc. Costs are much cheaper than Fiber Optics due to the lack of wiring. Multipoint capabilities are high since endpoints can be placed anywhere with a clear line of sight to the sky, which also means that reconfiguration capabilities are high as well.
Answer:
The correct option is 2
Explanation:
Let us assume the current value of the investment be x
And the annual growth factor of the investment is 1.2
1. The investment value has increased or risen by 44% since it was first made
It is known that the combined growth factor of the investment is 1.44 and no information is stated regarding the actual ($) values. Therefore, the unique value could not be computed.
So, this statement lacks information and insufficient to solve for x.
2. 1 year ago, the withdrawn money worth is $600 and at present the worth of the investment would be 12% less than the actual worth.
1 year ago, the value of the investment was x / 1.2. So, the equation could be set up regarding the withdrawal.
The equation would be:
= (x/ 1.2- 600) × (1.2)
=0.88x
Therefore, the unique value to could be answered and the sufficient to answer.
NOTE: The options are missing. So I am providing the answer with the options.
