I believe the answer is: If she had purchased only the stock and had not diversified her investments, she would have lost money
Investing a stock market is a speculation game. Which means that you will never be 100% sure whether you will lose or gain money.
The best thing to do in this speculation game is to diversify your investment.
By doing this, if you somehow had to lose money, you would not lost all your investment and still had the chance to regain it.
Answer:
a (If she had purchased only the stock and had not diversified her investments, she would have lost money.)
Explanation:
took the quiz
Answer:
0.05 waves/sec or 0.05hz
Explanation:
The Time period of a wave is measured as the wave divided by the frequency, while the Frequency is measured as the amount of waves divided by the Time Period. Therefore since we know that the Time Period of the wave is 20 seconds then we can calculate the following:
Frequency = 1 wave/ Time period
Frequency = 1 wave/ 20 seconds => simplify
Frequency = 0.05 wave/ sec
Finally we can see that the Frequency of the wave is 0.05 waves/sec or 0.05hz
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b. strengthened United States influence in oil-producing nations.
c. eased tensions with the Soviet Union and its satellites.
d. created new patterns of international trade.
B) Is this woman a professional model?
C) What would my friends think about my taking a weight-loss pill?
D) Are there other possible explanations for the woman's weight loss, other than the pill being advertised?
B)AD shifts right and output would decrease.
C)AD shifts right and output would increase.
D)AD shifts left and output would decrease.
E)AD shifts left and the output would increase.
Answer:
The correct answer is D) AD shifts left and output would decrease.
To calculate the intrinsic rate of natural increase (r) for Japan, we use the formula r = Birth Rate + Migration Rate - Death Rate. Plugging in the given values, we get r = (7.7 + 0.55) - 9.8 = -1.55 per thousand. This indicates that Japan's population is decreasing at a rate of 1.55 per one thousand people annually.
To calculate the net growth rate or the intrinsic rate of natural increase (r) for Japan, we can use the given birth rate, death rate, and the rate of net migration. The formula is generally given as follows: r = (Birth Rate + Immigration Rate) - Death Rate.
In this case, the Birth Rate is 7.7 per thousand, the Death Rate is 9.8 per thousand, and net migration rate (which is equivalent to the Immigration Rate for this calculation) is 0.55 per thousand. Therefore, substituting these values into our formula, we get: r = (7.7 + 0.55) - 9.8, which simplifies to: r = -1.55 per thousand.
This means that Japan's population is decreasing at a rate of 1.55 per one thousand people each year when birth rate, death rate, and net migration are taken into account.
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