Five years ago, Rhea put $20,000 into savings. Now it's worth $30,000. Which of the following statements is true for this situation?

Answers

Answer 1

Answer: Present value of $30,000 is $20,000 Future Value of $30,000 is $20,000 Present value of $20,000 is $30,000

Related Questions

What is the largset prime number less that 40
If you teach me how to mark brainlest i will mark you brainlest and you will get 20 points.
In the xy-plane, triangular region R is bounded by the lines x=0, y=0, and 4x+3y=60. Which of the following points lie inside region R?a. (2, 18)b. (5, 12)c. (10, 7)d. (12, 3)e. (15, 2)
From a point on a circle, two perpendicular chords are drawn. One is 6 cm from the center and the other one is 3 cm from the center. Find the lengths of these chords.
(–2, –3) is the image produced by applying the composition T -2.4 rx to a point. What are the coordinates of the preimage?A. (0, –1) B. (0, 1) C. (3, 4) D. (0, 7)

At noon the temperature was -4° C. Over the next two hours the temperature dropped another 11 degrees. Then every hour until 7:00 the temperature rose 3 degrees. What was the temperature at 7:00

Answers

I think it’s 0 degrees

The 4 in 0.47 stands for

Answers

Its 4 tenths.

Hope This Helps You!
Good Luck Studying :)

Let $ A $ and $ B $ be events with $ P(A)=1 / 3 $ and $ P(B)=2 / 3 $. Let $ N $ be the number of events from among $ A $ and $ B $ that occur. (For instance, if $ A $ occurs but $ B $ does not, then $ N=1 $.) Suppose that the occurrence of events in $ A $ and $ B $ are independent. Find, for example, the probability that no events occur.

Answers

Answer:

( 2/9 )

Step-by-step explanation:

Okay, so since the events A and B are independent, the probability that both of them do not occur is the product of their individual probabilities of not occurring.

The probability of event A not occurring, denoted as ( P(A') ), is equal to 1 minus the probability of A occurring. Similarly, the probability of event B not occurring, denoted as ( P(B') ), is equal to 1 minus the probability of B occurring.

So, ( P(A') = 1 - P(A) = 1 - 1/3 = 2/3 ) and ( P(B') = 1 - P(B) = 1 - 2/3 = 1/3 ).

Since A and B are independent, the probability that both A and B do not occur is simply the product of their individual probabilities of not occurring:

[ P(N = 0) = P(A' cap B') = P(A')P(B') = (2/3) times (1/3) = 2/9 ]

So, the probability that no events occur is ( 2/9 ).

Hope this helps! :)

In Jonah’s restaurant, each table seats 4 people. Jonah has 78 napkins to place at the tables. How many napkins will jonah need to complete one more table?

Answers

Answer:

Jonah needs 2 more napkins to complete one more table.

Step-by-step explanation:

In Jonah’s restaurant, each table seats 4 people.

In total Jonah has 78 napkins to place at the tables.

So the total number of napkins must be a multiple of 4.

But unfortunately 78 is not a multiple of 4. It leaves a remainder of 2 while divided by 4.

So, the number which is 2 more than 78 will be a multiple of 4 and will complete the set of tables i.e 80

Therefore, Jonah needs 2 more napkins to complete one more table.

78 napkins ÷ 4 people per table = 19 tables remainder 2 napkins.
A table needs 4 napkins and we only have 2. This means that we will need 2 more napkins in order to complete one more table.

Stan earns $12 per hour by working as an intern at a law firm. How much money does he earn in a week in which he works 28 hours? A. $400 B.$380 C.$350 D.$336 E.$300