Answer:
The correct answer is letter "A": Dina.
Explanation:
The fact that local theaters near school offer a discount to students with valid identification is not a form of discrimination. As stated by Dina, there is no age restriction, for instance, and it is presumed, there is no other such religious preference, sexual orientation, race, and so forth. Economists are more likely to agree with Dina since what the local theaters are simply trying to do is to get the more clientele possible out of diverse sources. In this case, the source is the student status.
Answer:
a. Leslie, who is independent and self-confident. She doesn’t need people to tell her what to do.
b. Malcolm, who loves to play. His last boss says that Malcolm was the "chief kid" in his last office.
c. Frankie, who has been in the toy business for 10 years and who knows what he’s doing, but who always likes testing a new idea.
Explanation:
In this scenario the CEO of a start-up toy manufacturer wants to create at least 10 wildly different toys in the next three years.
He will primarily need people that are creative and are inclined to work with new ideas.
The wrong choice will be someone who follows the rules and is stable. Such a staff will not contribute new ideas that will move the company to make profits.
Leslie is confident and does not need to be told what to do, so she will take initiative to do new things.
Malcolm loves to play and this will boost creative ideas.
Frankie likes testing new ideas and will be comfortable working creatively.
Answer:
The beta of the new project is 1.475
Explanation:
The beta is the measure of systematic or market risk associated to a stock. The beta is used in the calculation of the required/expected rate of return under the CAPM model. The CAPM model uses the following formula to calculate the required/expected rate of return,
r = rRF + Beta * (rM - rRF)
Plugging in the available variables, we can calculate the value of the beta.
0.154 = 0.036 + Beta * (0.116 - 0.036)
0.154 - 0.036 = Beta * 0.08
0.118 / 0.08 = Beta
Beta = 1.475
Answer:
27.42 m/s
Explanation:
Data provided in the question:
Distance traveled on a straight track = 0.754 km
Time taken to cover while going = 25.0 s
Time taken for the return = 30.0 s
Now,
Total distance covered = 2 × 0.754
= 1.508 Km
= 1508 m
Total time taken = 25 + 30 = 55 s
Therefore,
The average velocity of the car = Total distance ÷ Total time
= 1508 ÷ 55
= 27.42 m/s
