Answer: Offset their losses with gains
Explanation:
Diversification reduces the risk of losses because it spreads investment out across different industries that are ideally negatively correlated so that if things in one industry go wrong for instance, things will go right in the other.
For instance, the investor could invest in both Ice cream companies and Hot Beverage companies with the idea being that in winter when the Ice Cream company losses sales, the Hot Beverage company would make up for it and vice versa in the summer.
Diversification therefore works by offsetting losses in one investment with gains in another.
The chaining procedure best for Patrick to deal with problems in displaying and watching others is forward chaining.
<h3>What do you mean by forward chaining?</h3>
Chaining refers to the process of teaching to make people learn new things by dividing them into small numbers and using the reinforcement method in every step to encourage them.
In the case of Patrick, the forward chaining method is used, where support and praise are provided to the learner on each step of task accomplishment. These will follow in a series of task where the second task is given only once the first task is finished.
Therefore, the forward chaining method is used to solve the issue of Patrick and to deal with multiple task alignment.
Learn more about forward chaining, here:
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Answer: Reducing the financial imbalance rate among the population.
Explanation:
The enormous differences in financial capacity among the population are certainly one of the reasons for the economic crisis in the United States. The greatest success of the New Deal economic reform package in the long term is certainly the establishment of a balance in financial terms among the population, so efforts to eliminate this unfavorable trend that is one of the causes of the crisis have been successfully implemented.
Answer:
There are four forces of evolution: mutation, gene flow, genetic drift, and natural selection. Mutation creates new genetic variation in a gene pool. Gene flow and genetic drift alter allele frequencies in a gene pool
