Being smart and being decisive.
Organization Expenses Dr 7,500
Cash 7,500
June 14 Cash Dr 120,000
Common Stock 110,000
Paid-In Capital in Excess of par value—Common 10,000
June 22 Cash Dr 120,000
Preferred Stock 90,000
Paid-In Capital in Excess of par value—Preferred 30,000
Answer:
Market value of stock A = 20 shares x $10 = $200
Market value of stock B = 15 shares x $3 = $45
Market value of stock C = 10 shares x $5 = $50
Total market value $295
Amount to invest in stock A
= $200/$295 x $5,000
= $3,389.83
Explanation:
In this case, we will calculate the market value of each stock by multiplying the number of each stock by their corresponding market prices.
Thereafter, we will divide the market value of stock A by the total market value multiplied by amount available for investment ($5,000).
Complete question:
Joe, a human resources specialist for Jersey Office Supplies Co., rides along with the furniture delivery people to observe the problems they were encountering and what activities they were required to perform. Joe was performing a:
A. personality test
B. performance appraisal
C. BARS
D. job analysis
Answer:
Joe was performing a job analysis
Explanation:
Job analyzes are a set of protocols for defining the contents for the job and the features or criteria required for the execution of the tasks. Job analytics provide employers with knowledge that helps to recognize which personnel is ideally suited to particular work.
An example of a job analysis model might list tasks or activities of the job and determine each performance level. Within this way, the role of job analysis is critical. Many companies typically take the same generic approach without details on the task description. All workers are tested in a similar set of features or characteristics presuming that they are required for all work.
Answer:
<u>Quality of life is a hidden variable because it cannot be measured directly but must be inferred from measurable variables such as wealth, success, and environment.
</u>
Explanation:
<u>Hidden variable:</u> The term "hidden variable" is described as the proposition that specific "statistical models" of any physical systems, for example, Quantum mechanics are being incomplete inherently, and along with this the apparent randomness of a particular system is being dependent not on "collapsing functions" but instead it is due to any unmeasurable or unseen or hidden variables.
