Question

How much must be invested today, March 1, 2024 to make equal quarterly withdrawals due for $2,500 each during 2022, if deposits earn interest at 8% CT?

263

likes
1317 views

Answer to a math question How much must be invested today, March 1, 2024 to make equal quarterly withdrawals due for $2,500 each during 2022, if deposits earn interest at 8% CT?

Expert avatar
Frederik
4.6
103 Answers
Para este problema, utilizaremos la fórmula del valor presente de una anualidad ordinaria:

VP = \dfrac{R \times (1 - (1 + i)^{-n})}{i}

Donde:
- VP es el valor presente total de la anualidad
- R es la cantidad de cada retiro (en este caso $2,500)
- i es la tasa de interés por periodo (en este caso trimestral, es decir 8%/4 = 2% o 0.02)
- n es el número total de periodos en la anualidad (en este caso serán 12 periodos para los cuatro retiros trimestrales de 2022)

Sustituyendo los valores dados en la fórmula:

VP = \dfrac{2500 \times (1 - (1 + 0.02)^{-12})}{0.02}

Simplificando:

VP = \dfrac{2500 \times (1 - 0.8194)}{0.02}

VP = \dfrac{2500 \times 0.1806}{0.02}

VP = \dfrac{451.5}{0.02}

VP = \

Por lo tanto, se deberán invertir \ 22,575 hoy, marzo 1 de 2024 para poder realizar retiros trimestrales vencidos iguales por \ 2,500 cada uno durante 2022 y obtener un interés del 8% CT.

\textbf{Respuesta:} Se deberán invertir \$22,575 hoy.

Frequently asked questions (FAQs)
Question: What is the fundamental concept behind integrals?
+
What is the derivative of the composite function f(g(h(x))), when h(x) = sin(x), g(x) = ln(x), and f(x) = sqrt(x)?
+
Math question: Find the absolute extrema of the function f(x) = x^3 - 2x^2 + 4x - 1 on the interval [0, 2].
+
New questions in Mathematics
What is the coefficient of elasticity of the material that must be placed on the heel of the 10 cm high clog, with a base area of 2 cm² so that it deforms only 2 cm when the force on it will be a maximum of 600 N.
what is 9% of 307
If L = (-2, -5) is reflected across y= -4 , what are the coordinates of L?
6. Among 100 of products there are 20 rejects. We will randomly select 10 of products. The random variable X indicates the number of rejects among the selected products. Determine its distribution.
Suppose X has a Poisson distribution, with a mean of 0.4. Determine the probability that x is at most 2.
A force of 750 pounds compresses a spring 3 inches from its natural length, which is 15 inches. What will be the work done to compress it 3 inches more?
12(3+7)-5
Find all real numbers x that satisfy the equation \sqrt{x^2-2}=\sqrt{3-x}
The sum of two numbers is 144. Double the first number minus thrice the second number is equal to 63. Determine the first two numbers.
The price per night of a suite at the Baglioni Hotel in Venice is 1896 euros, VAT included. The VAT in Italy is 25%. The hotel gets a return of 10% out of the price VAT included. b) What is the profit value made by the hotel for one
A box of numbered pens has 12 red, 12 blue, 12 green and 12 yellow pens. The pens for each colour are numbered from 1 to 12. There is a unique number on each pen, so no pen is exactly the same as any other pen in the box. When reaching into the box to randomly draw five pens without replacement, what is the proportion of getting exactly four pens of the same colour (Note: the numbers matter but the order does not)?
3/9*4/8=
Two minus log 3X equals log (X over 12)
Express the trigonometric form of the complex z = -1 + i.
We have received our p&l statement back from accounts. The board has asked for an innovation hub. What items should we prioritise reviewing to decide if we can afford an innovation hub?
Give an example of a function defined in R that is continuous in all points, except in the set Z of integers.
P 13. Let P a point inside of a square ABCD. Show that the perpendicular lines drawn from A, B, C, respectively D, to BP, CP, DP, respectively AP are concurrent. Use geometric rotation.
y′ = 2x + 3y x′ = 7x − 4y x(0) = 2 y(0) = −1 sisteminin ¸c¨oz¨um¨un¨u bulunuz. (Lineer Denk. Sis.)
The domain of the function f(x)=x+7x2−144 is (−∞,), ( ,), and ( , ∞).
Construct a set of six pieces of data with​ mean, median, and midrange of 67 and where no two pieces of data are the same.