Answer:
Correct Answer:
a. Manufacture the product at home and let foreign sales agents handle marketing.
Explanation:
For the small Canadian company, manufacturing the product at home (Canada) would afford them the opportunity to protect their new medical product from piracy. Also, they would be able to receive tax incentives from their government as well file for patent of their new innovation.
<em>The foreign agent would strictly be focused on the marketing of the finished product without having access to the detailed information of the product.</em>
Answer:
rises; demanded falls
Explanation:
The aggregate demand curve exhibits a negative relationship between aggregate price levels and aggregate output demanded. If aggregate price levels falls, aggregate output demanded rises and if aggregate price levels rises, aggregate output demanded falls.
The aggregate demand curve is negatively sloped.
Please check the attached image for a graph of the aggregate demand curve.
I hope my answer helps you
Answer:
Stocks and Bonds
Yes. It is a rational behavior for individuals with a long-term investment horizon to choose to invest in bonds rather than investing in stocks despite the overwhelming "evidence that suggests that over long periods of time stocks still outperform bonds."
Rational behavior involves making rational choices that provide optimal levels of benefit or utility for the individual. People who make rational choices would rather choose bonds with lower risks and returns than stocks with higher risks and returns.
Explanation:
Every rational investor would prefer to reduce her risk exposure instead of increasing it. Every investor is also aware that investments with higher risks attract higher returns. However, determining the certainty of the returns is difficult.
Answer:
$24
Explanation:
500 * 18 = $9000 worth of stock initially.
She sells with a $3000 gain, which means the value of the stock is $12000
12000/500 = $24
Answer:
$10.28
Explanation:
<u>Step 1. Firstly we use the of the The dividend discount model (DDM)</u>
This calculation is: D1 = D0 x (1 + g)
D1 = $0.72 x (1 + 2.8%) = $0.74.
Where
Do = Dividend now
D1 = Dividend in year 1
g = growth
<u>Step 2 Next, using the Gordon Growth Model, </u>
Price per share is found to be D(1) / (r - g)
Price = $0.74 / ( 10% - 2.8%) = $10.28
where:
Do = Dividend now
D1 = Dividend in year 1
g = growth
r = required return