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ra1l [238]
2 years ago
14

Stephanie has 10,000 she wants to put in a certificate of deposit (CD) account, so she can make the most interest on her money.

She found a bank near her that pays 2% on cds and also compounds interest quarterly.
How much will Stephanie have in her CD account after 6 months at the bank?

How much would Stephanie have in her account after 6 months interest was not compounded, and the bank only used a simple interest formula to calculate?

What observation can you make about the difference between simple and compound interest when it comes to your money in the bank?
Mathematics
1 answer:
Annette [7]2 years ago
3 0

With compounding, the amount in her account would be $10,050.

With simple interest, the amount that would be in her account would be $10,100.

Usually, an account that earns compound interest would have a higher value when compared with an account that earns a simple interest.

<h3>How much would Stephanie have in her account after 6 months?</h3>

The formula that is used to calculate the future value with quarterly compounding is:

FV = P(1 + r)^n

  • P = amount deposited
  • r = interest rate = 2%/4 = 0.5%
  • n = number of periods = 1

10,000(1.005) = 10,050.

Simple interest = 10,000 x 6/12 x 2% = $100

10,000 + 100 = $10,100

To learn more about compound value, please check: brainly.com/question/26331578

#SPJ1

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Jason purchased three different sizes of candy at the store. The
Ivan

Answer: $5

Step-by-step explanation:

Let the small candy be represented by x.

The medium candy was twice as expensive as the small candy. This will be: = 2×x = 2x

The large candy was $5 more than the medium candy. This will be: = 2x + 5

Since Jason spent a total of $30 on

candy, the cost of the small candy will be:

x + 2x + 2x + 5 = 30

5x + 5 = 30

5x = 30 - 5

5x = 25

x = 25/5

x= 5

The small candy cost $5

4 0
3 years ago
If a truck is worth 32,500 and it depreciates by 8% every year what would its value be after 2 years?
SpyIntel [72]
If you would like to know the truck's value after 2 years, you can calculate this using the following steps:

8% of 32,500 = 8% * 32,500 = 8/100 * 32,500 = 2,600
32,500 - 2,600 = 29,900

8% of 29,900 = 8% * 29,900 = 8/100 * 29,900 = 2,392
29,900 - 2,392 = 27,508

The correct result would be 27,508.
5 0
3 years ago
Read 2 more answers
4 SPARSE BAYESIAN LEARNING
Scorpion4ik [409]

Answer:

Answer:

WF=34

Step-by-step explanation:

Point I lies between points W and F.

It means point WI + IF = WF

SO WI + IF = WF

=

WF = 15x – 21

WI= 7x-3

IF= 2x+4

WI + IF = WF

7x-3 +2x+4= 15X-21

7x+2x-15x= -21-4+3

-6x = -22

X= -22/6

X= 11/3

So WF = 15x – 21

WI= 7x-3

IF= 2x+4

WI + IF = WF

=

7X-3 +2x+4= 15x-21

7x+2x-15x= -21-4+3

-6x = -22

X= -22/6

X= 11/3

So WF = 15x – 21

WF= 15(11/3) -21

WF= 55-21

WF=34

7 0
3 years ago
Find the dimensions of the shaded region so that its area is maximized.<br> x=<br> y=
musickatia [10]
1.  Find the equation of the line AB.  For reference, the answer is y=(-2/3)x+2.
2.  Derive a formula for the area of the shaded rectange.  It is A=xy (where x is the length and y is the height).
3.  Replace "y" in A=xy with the formula for y:  y= (-2/3)x+2:
       
                 A=x[(-2/3)x+2]    This is a formula for Area A in terms of x only.
4.  Since we want to maximize the shaded area, we take the derivative with respect to x of    A=x[(-2/3)x+2] , or, equivalently, A=(-2/3)x^2 + 2x.
This results in   (dA/dx) = (-4/3)x + 2.
5.  Set this result = to 0 and solve for the critical value:  

(dA/dx) = (-4/3)x + 2=0, or (4/3)x=2   This results in x=(3/4)(2)=3/2

6.  Verify that this critical value x=3/2 does indeed maximize the area function.
7.  Determine the area of the shaded rectangle for x=3/2, using the previously-derived formula          A=(-2/3)x^2 + 2x.

The result is the max. area of the shaded rectangle.
3 0
3 years ago
Hi, can someone please solve this question a put it on a number line to help me out? 0
DENIUS [597]

Answer:whats the question

Step-by-step explanation:

8 0
4 years ago
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