A study by Jeremy Siegal showed that since 1892, stocks have outperformed Bonds in 69% of rolling 5-year investing periods.
<h3>Do stocks outperform bonds?</h3>
According to Jeremy Siegel, they do. In fact, his research showed that since 1892, stocks have outperformed bonds 69% of the time during 5 year investment periods.
This makes sense because stocks have a higher return on bonds because they are riskier.
Find out more on stocks and bonds at brainly.com/question/20867391.
I believe the answer is: A) an uncompromising belief that they were the superior race
By adopting the belief that they are superior, they feel that they have the right to kill and execute members of different cultures like animals. This also make them feel that they are the most suitable rulers for the world, which they use to justify their actions when they invade neighbouring countries.
Answer:
coping
Explanation:
Chris is using his alcohol addiction as a way to cope with lifes problems, much like a cigarette from time to time can relieve stress for some
Answer:
The project was the brain child of James Oglethorpe, a former army officer. After Oglethorpe left the army, he devoted himself to helping the poor and debt-ridden people of London, whom he suggested settling in America. His choice of Georgia,
Explanation:
Answer:
The collision occurs at a height of 1/3 of the total height of cliff.
Explanation:
The situation is represented in the attached figure:
For the stone dropped from top of cliff we have
Initial velocity of drop= 0 m/s.
Now the time at which it attains a velocity of 2v is obtained from first equation of kinematics as
Thus the distance it covers in this time can be calculated using third equation of kinematics as
For the stone thrown upwards the velocity at collision is give as 'v' thus the velocity at which it is thrown upwards can be calculated by first equation of kinematics as
The height over which it changes it's velocity from '3v' to 'v' can be again obtained from third equation of kinematics as
Thus the collision occurs at at a fraction of 1/3 of height.
