The solution for P is P = A / (1 + r)^t, the initial deposit is $1,510, and I agree that A is always greater than P when given the conditions stated.
<h3>How do we calculate the initial deposit?</h3>
The correct formula in the question is provided as follows:
A = P(1 + r)^t ........................ (1)
a. P can be solved for and the amount of Patricia's initial deposit can be found from equation (1) as follows:
P = A / (1 + r)^t ................................. (2)
Where:
A = $1839.79
r = 2.5% = 0.025
t = 8
Substituting all the relevant values into equation (2), we have:
P = $1839.79 / (1 + 0.025)^8
P = $1,510
b. Yes, I agree.
The reason is that interest at the rate of 2.5% will be earned yearly on P and added to A making A always greater than P.
Learn more about initial deposits here: brainly.com/question/21845455.
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Note: two negatives multiplied together = one positive answer
one negative & one positive multiplied together = one negative answer
Multiply -8 and -3 together
-8(-3) = 24
24(-2) = -48
-48(4) = -192
D) -192 is your answer
hope this helps
1. Angle addition postulate (this could be wrong)
2. Definition of bisect
3. Definition and postulate
4. Screenshot at the bottom
Last one I can't help, my bad.
9514 1404 393
Answer:
(x +3)(x -3)(x +2i)(x -2i)
Step-by-step explanation:
The factoring to quadratics makes use of the fact that -36 = (-9)(4).
x^4 -5x^2 -36
= x^4 -9x^2 +4x^2 -36
= x^2(x^2 -9) +4(x^2 -9)
= (x^2 +4)(x^2 -9)
The form for factoring the difference of squares comes into play here. Of course -4 = (2i)^2.
= (x^2 -(2i)^2)(x^2 -3^2)
= (x -2i)(x +2i)(x -3)(x +3) . . . factored to linear terms
241/24
Mark brainliest please
Hope this helps you
