Answer:
See below.
Explanation:
A)
A US purchase of a European product will create demand for Euros as US authorities would have to use euros in the exchange for the airbus, meaning they would have sell US and buy Euros.
B)
The German firm needs to set up in US and thus would need the local currency to conduct its operations in Carolina, they will have to buy USD by selling euros and thus creating a euro supply.
C)
The college student will have to be using Euros and as such would need to exchange dollars for euros, crating a demand.
D)
As the products are shipped aboard a Liberian freighter, they would be paid by giving out euros in the foreign exchange market. This will create a supply of euros.
E)
When the US economy grows at a faster pace, European citizens will invest in US securities or in USA in general thus creating a supply of euros as they buy USD for investments.
F)
As the US government pays interest to a European bond holder, it will create a demand for Euros as more USD will be exchanged for Euros to be paid.
G)
More people will speculate and invest in dollars as they fear euro losing value, this will create more supply of euro in the market as people look to invest elsewhere.
Hope that helps.
You should establish it immediately
Answer:
commission to both brokers N and K.
Explanation:
Broker N is entitled to a sales commission because he/she sold the property. But broker K is also entitled to a commission because an exclusive right-to-sell agreement allows him/her to collect a commission no matter who sells the property. The only exception to the agreement would be if the seller himself/herself sold the property, but that is not the case here.
The answer is "<span>Heaps are complete binary trees".</span>
In software engineering, a heap is a particular tree-based information structure that fulfills the heap property. The heap is one maximally effective execution of a dynamic information sort called a priority queues, and in reality priority queues are regularly alluded to as "heaps", regardless of how they might be implemented.
Let:
x = amount in the account invested in 2.5%
20000 - x = amount in the account invested in 3%
Solution:
.025x + .03 (20000 - x) = 540
.025x + 600 - .03x = 540
-.005x + 600 = 540
-.005x = 540 - 600
-.005x = -60
x = 12000
Therefore, that person invests 12,000 at 2.5%
and
20,000 - 12,000 = 8,000 at 3%
