Answer:
A.
They ensure that people and businesses can buy what they need.
Explanation:
Borrowing involves requesting and receiving a huge sum of money in a lump sum. Households and firms borrow from lenders to finance business expansion or domestic consumption.
In the economy, borrowing is significant as it facilitates the acquisition of start-up capital, capital goods, and household developments. Without borrowing and lending, these investments and consumption would not be possible as they require large sums of money to initialize. If firms and households depended on savings for capital and consumption expenditure, the rate of economic growth would be very slow. It would take many years to achieve the substantial amount needed for expansion and development projects.
Answer:
The marginal benefit from selling the vane without restoring it is $200.
Explanation:
Marginal benefits are the extra income a company can get from selling one additional unit of production.
Zane had already spent $250 in purchasing the vane and the restoration process.
Zane has two options:
- Sell the vane as it is for $200.
- Keep restoring the vane, spend $200 more and sell the vane for $500.
If Zane decides to sell the vane as it is, his marginal benefit will be $200. That would not be enough to cover his costs, this transaction will result in a $50 loss.
If Zane decides to continue the restoration, then his marginal costs will be $200 extra, but his marginal benefit would be $500. If he chose this option he could end up earning a $50 profit.
Answer:
price fixing
Explanation:
The collusion occurs when firms agree to collaborate in a way that disrupt markets such as fixing prices above the actual price to alter the equilibrium of the market
Answer:
The employer
Explanation:
because use they are replaceable for their employees to be treated well and equally.
Answer: hello your question is incomplete attached below is the complete question.
answer :
3.02 million, 2.96 million, 2.91 million
Explanation:
<u>Determine the swap rate over a 3-year period</u>
swap rate = forward exchange rate * exchange amount
For year 1
1.4 * ( 1 + 0.03 / 1 + 0.05 ) * 2.2 million
= 1.4 ( 0.98095 ) * 2.2
= 3.02 million
For year 2
1.4 * ( 1 + 0.03 / 1 + 0.05 )^2 * 2..2 million
= 1.4 ( 0.98095 )^2 * 2.2 million
= 2.96378 million
For year 3
1.4 * ( 1 + 0.03 / 1 + 0.05 )^3 * 2.2 million
= 1.4 ( 0.98095 )^3 * 2.2 million
= 2.90733 million
