Answer:
d. direct and assertive.
Explanation:
In an emergency situation, such as a life-threatening trauma in an emergency room, a supervisor must be direct and assertive.
When there's an emergency situation, this ultimately implies a life and death situation which is typically characterized by having someone being in a very critical and dangerous condition. In order to be able to save such an individual or situations, it is very important and essential to have a direct and assertive supervisor who is in charge or control of the emergency situation and capable of making quick decisions that would most likely salvage the situation.
A supervisor who is assertive is confident, bold and positive about his or her instructions in any situation, which is a prerequisite quality to overcome emergencies.
Tara's best option to put a small portion of every paycheck into a low-risk investment is investing in an S&P 500 index fund.
<h3>What is a paycheck?</h3>
A paycheck can be defined as a financial document that is issued by an employer to an employee as payment for the work done over a period of time.
<h3>What is
risk tolerance?</h3>
In Insurance, risk tolerance can be defined as the willingness of an individual or organization to take a risk in business transactions and investments, in order to get a potentially positive reward.
Generally, the high risk that is associated with investments such as stocks, high-yield bonds, etc., is often perceived by investors to be worth the higher reward these investment brings.
In this scenario, we can reasonably infer that Tara's best option to put a small portion of every paycheck into a low-risk investment is investing in an S&P 500 index fund.
Read more on low-risk investments here: brainly.com/question/26164819
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A check it takes less time and has no fee and the just draw from my account
Answer:
its returning the rate that was given out
i guess i jus gave it a try
Answer:
We should select Project A as it has a higher expected value of 10,800 compared to Project B's expected value of 9,000.
Explanation:
We need to find the expected value of both the projects, using the formula
Expected value of project A= (probability of loss * value of loss)+(probability of gain* value of gain)
Expected value of project A= (0.40*-3,000)+(0.60*20,000)
=-1200+12,000=10,800
Expected value of project A= 10,800
Expected Value of project B= (probability of loss * value of loss)+(probability of gain* value of gain)
=(0.30*-5,000) +(0.70*15,000)=-1500+10,500=9,000
