Answer:
The correct answer is: "You would have $589 the end of year 10".
Explanation:
The logics of the statement remains in the amount of money remained after 10 years of savings with a 10% annual interest. This means that, after you deposit $100 now (nº 0), on the first current year you would have ended up with $110, although in the second year (nº 2) you would have made a deposit of $200, which means you would have made total earnings of $310, plus the annual interest of $31. After the second year, all subsequent ones wound count on with an annual interest of $31, which means that at end of year 10 you would have reached the amount of $589.
(ps: mark as brainliest, please?!)
Answer:B. She is entitled to recover the damages if she can show that Roland agreed to pay such damages in his contract with her.
Explanation:
The non payment of the N500 installment by Roland constitute a breach of the sales contract, However an evidence of a commitment to be liable for additional cost that will be incurred will make it possible for Selina to recover the damages.
Answer:
The correct answer is: $284.10.
Explanation:
The percentage of a number represents a part of it. Typically percentages are used when a certain amount of money is to be paid out of another amount because of services being provided or for using the money as instruments of investments like bank loans.
In Bethany Richards' case, she receives 9% in commissions for all the books she sales. Then,
Total amount for books sold = $963.25 + $742.00 + $614.35 + $837.10
Total amount for books sold = $3156.70
Thus,
Bethany's monthly commission = $3156.70 x (9%)
Bethany's monthly commission = $284.10
Answer:
Correct option is A
“The flow of dollars between sellers of jewelry and clothing and buyers of jewelry and clothing” is the correct option
Explanation
It is a curve which shows various combination for the amount of two goods among which they can be produced with in the given available resources. Thus, it shows that the maximum amount of output is produced with the help of given resource.
