The advertisement of the new toothpaste "tidy" that provides highly valid research information is an example of scientific execution style. It is a type of marketing style that uses research or scientific<span> evidence to give a brand superiority over competitors. The consumer gets scientific information about the product.</span>
Answer:
(D) Cash proceeds from borrowing
Explanation:
Basically there are three types of activities:
1. Operating activities: It includes those transactions which affect the working capital, and it records transactions of cash receipts and cash payments.
2. Investing activities: It records those activities which include purchase and sale of the fixed assets. It also includes collections on loans and Cash advance to borrowers
3. Financing activities: It records those activities which affect the long term liability and shareholder equity balance.
Options A, B, and C are the investing activities whereas option D is financing activities.
Answer:
One possible revision suggestion for the previous follow-up letter is to:
c. Identify the position he applied for and the date of the interview.
Explanation:
Stating clearly the position that Enrique interviewed for and the the date of the interview will enable the interviewer to reconsider the candidacy of Enrique for the copy-editor position. However, the wording of his first draft of the follow-up email sounds too condescending. Enrique should not display some desperation in his job-search effort.
Answer:
$532.24
Explanation:
Since Mr. Wise will be making monthly payments for the period of 25 years in order to accumulated the $1,000,000 at the end of 25 years, therefore, the future value of annuity shall be used to determine the monthly payments to be deposited by Mr Wise. The formula of future value of annuity is given as follows:
Future value of annuity=R[((1+i)^n-1)/i]
In the given scenario:
Future value of annuity=amount after 25 years=$1,000.000
R=monthly payments to be deposited by Mr Wise=?
i=interest rate per month=12/12=1%
n=number of payments involved=25*12=300
$1,000,000=R[((1+1%)^300-1)/1%]
R=$532.24
