Answer:
Option D would be the appropriate alternative.
Explanation:
- A broker dealer would be a company or organization engaged throughout the purchase as well as the sale of securities within its multiple occasions or even on behalf of the participants.
- Brokerage serves as an intermediary whenever it implements order information on behalf of the shareholders while acting mostly as a dealer or superintendent whenever it exchanges on one's consideration.
Other choices available aren't connected to that same scenario in the statement. So the answer here is just the perfect one.
Answer:
- $140
- $14,140
Explanation:
1. First find the net amount amount the company borrowed in April:
= Cash balance to be maintained + Loan repayment - Budgeted end of April balance
= 37,000 + 1,000 - 24,000
= $14,000
Interest = 14,000 * 12%/ 12 months
= $140
2. Financing effect:
= Amount borrowed + Interest
= 14,000 + 140
= $14,140
Leslie's budget is hurting in the areas of transportation, groceries, phone and dining out.
<u>Explanation:</u>
For transportation, cash is required for every day. So Leslie is spending more on transportation every month. Forgoing back and forth out anyplace she will burn through cash on transportation.
She is likewise spending cash on goods. Staple goods will be an essential one for living these days. So the financial backing is harming here.
She is spending another hand on the telephone and eating out. For the telephone, she will energize each month. She will feast out with companions each day.
Answer:
It will take 3 years to have enough money to purchase the car.
Explanation:
We can use either Compounding or Discounting Formula to determine the time it will take to make $19,970 from $15,000 when the investment rate is 10%. Lets go with the Compounding Formula:
Future Value = Present Value * (1 + i) ^ n
<u>Re-arrange equation for "n" which is the Time Period:</u>
⇒ FV / PV = (1 + i) ^ n
Taking log on both sides;
⇒ log (FV / PV) = log (1 + i) ^ n
OR log (FV / PV) = n log (1 + i)
OR n = log (FV / PV) / log (1 + i)
Simply put values now;
⇒ n = log (19,970 / 15,000) / log (1 + 10%) = log (1.33) / log (1.1) = .12 / .04
OR n = 3
