Answer:
Correct option is (a)
Explanation:
For any venture to be successful, it starts with a vision or idea. In this case, Greg is confident that he will be able to convince US Car manufacturers to purchase his fuel efficient car even though his friends were doubtful if his product will be accepted by car manufacturers.
He also had a clear vision as his goal was to make US economy energy efficient. Vision is to have a positive outlook regarding future.
It can be inferred that Greg has both vision and confidence
The answer would be grades (I think)
Answer:
Money as a medium of exchange is more preferable because of its less cumbersome nature.
Explanation:
Money as a medium of exchange is more suitable because of its less cumbersome nature. Money was invented because of the inefficient nature of the barter system.
Money is easily stored compared to a barter system.
Money as a medium of exchange eliminates the barter system's problem of double coincidence of wants. Barter works when you trade things you own for things you want. If for example you want a bicycle and you own a goat, you have to look for someone who wants a goat and owns a bicycle willing to make an exchange, which can be quite difficult.
Money is an acceptable medium of exchange to all parties which makes it more preferable to bartering.
Answer:
The answer is (C) Goals should specify the target dates or deadline dates when they are to be attained.
Explanation:
SMART goals state that targeted objectives should be Specific, Measurable, Attainable, Relevant, and Timely. Alex has developed goals that are specific, measurable, attainable, and relevant – yet he has not defined the time needed to accomplish these goals, including their due date. Thus, Alex should think of a realistic time schedule that he plans to implement in order to achieve his goals.
Answer:
Blume's formula combines the geometric and arithmetic means of an asset to be able to predict its returns in a given period.
The formula is;
<em>= Geometric Mean*(T-1)/(N-1) + Arithmatic Mean *(N-T)/(N-1)
</em>
Where;
T = Period in question
N = Total period
10 years
= 8.3%*(10-1)/(90-1) + 10.3%*(90-10)/(90-1)
= 10.1 %
25 years
= 8.3%*(25-1)/(90-1) + 10.3%*(90-25)/(90-1)
= 9.76%
30 years
= 8.3%*(30-1)/(90-1) + 10.3%*(90-30)/(90-1)
= 9.65%
