Answer:
d) the dining room where customers eat their meals
Explanation:
In the given situation, since it is mentioned there is a Sammy's fast food restaurant that generates the sandwiches, soups, and other items for customers
So based on the options given, the last option should be considered as a fixed input for the production function as the dining room is a fixed plus non-movable item so the same is to be considered
hence, the correct option is d.
Answer:
Visual Uniformity – Having every employee dressed to the standards of the dress code will create visual uniformity which helps customers identify employees and subtly promotes the impression of 'being a team' among the whole workplace.
Explanation:
1) A dress code promotes a more serious school atmosphere which emphasizes academics and promotes good behavior.
2) Dress codes have proven to increase student achievement by encouraging students to concentrate more on their studies and less on their wardrobe. A de-emphasis on clothing can also save money, as there will be less pressure to keep up with expensive trends and fashions.
3) Dress codes in school settings reduce social conflict and peer pressure that may be associated with appearance.
4) Studies indicate that a school dress code can reduces the prevalence of certain behaviors which are often expressed through wardrobe such as violence or promiscuity.
5) As opposed to uniforms, dress codes still allow students to wear what they want which leaves students with a sense of choice and expression.
Answer:
copyright
Explanation:
Copyrights are considered intellectual property. Copyright law protects the intellectual work of an author or corporation (e.g. songs, trademarks, movies, books, etc.). The owner of the copyright has the right to decide if it allows third parties to use their protected material either for money or freely. So anyone that wishes to copy or use copyrighted material must be authorized by the owner.
Answer:
b. 5.0%
Explanation:
For this question, we use the Capital Asset Pricing model (CAPM) formula that is shown below:
Expected rate of return = Risk-free rate of return + Beta × (Market rate of return - Risk-free rate of return)
where,
The Market rate of return - Risk-free rate of return) is also known as the market risk premium
So, for stock A, the market risk premium is
10% = 5% + 1.0 × market risk premium
10 - 5% = 1.0 × market risk premium
5% ÷ 1.0 = market risk premium
So, the market risk premium is 5.0%
