Answer:
Demographic variable
Explanation:
Rhoda describes her typical customer as female between the ages of 22 and 35 with at least two years of college education and a household income above $50,000 annually. Rhoda is using demographic variables to describe her customers. A demographic variable is a variable that is collected by researchers to describe the nature and distribution of the sample used with deductive statistics, these are variables such as age, gender, educational level e.t.c. Rhoda describes her typical customer as female between the ages of 22 and 35 with at least two years of college education and a household income above $50,000 annually therefore Rhoda was formulating her customer profile by using information such as gender, age, education level and income level.
Car or vehicle should be the answer or try automotive transport
Answer:
B, Indirect incentive
Explanation:
An incentive is anything that motivates an individual to behave in a certain way. An incentive could range from money to many other things and it is the reason why an individual acts in a certain way.
For example, salary and bonuses are incentives for workers. This makes the worker work better and harder and more efficiently because he/she knows that there is something to encourage him for doing his/her work diligently.
Incentive can be direct or indirect as in the case of the above question.
In the case of the above question, a generous disability insurance can motivate workers to falsely claim to be disabled. This means that the financial implication of the insurance package for disability is most likely the only reason for workers to claim false disability.
Cheers.
Answer:
A. $424,000
Explanation:
current income = Taxable income - Federal tax + Depreciation disallowed + net capital loss carryover
= $400,000 - $136,000 + ($200,000 - $60,000) + $20,000
= $424000
Therefore, The corporation's current earnings and profits for 20X3 would be $424000.
Answer:
$74,250
Explanation:
The computation of interest pay at the end of the first year is given below:-
Interest pay at the end of the first year = Borrowed Euro × Euro at the time of loan × Interest rate per year
= 1,000,000 euro × $1.35/euro × 5.50%
= $74,250
Therefore for computing the interest pay at the end of the first year we simply multiplied the borrowed euro, euro at the time of loan and interest rate per year.
