Question

We must carry out the process of distributing the number of users with whom two work. members of a social project. However, one has more time available and can work with 40 more users than the other. If it is considered that we will carry out the project with a Approximately 290 users. How many users will each one work with? Generalize the situation previous in an equation

291

likes
1456 views

Answer to a math question We must carry out the process of distributing the number of users with whom two work. members of a social project. However, one has more time available and can work with 40 more users than the other. If it is considered that we will carry out the project with a Approximately 290 users. How many users will each one work with? Generalize the situation previous in an equation

Expert avatar
Neal
4.5
105 Answers
Denotemos la cantidad de usuarios con los que trabaja la primera persona como \( x \) y la cantidad de usuarios con los que trabaja la segunda persona como \( y \). Según el problema, una persona puede trabajar con 40 usuarios más que la otra. Esto se puede expresar como: \[ x = y + 40 \] El número total de usuarios con los que trabajan es la suma de los usuarios con los que trabaja cada uno, que se obtiene como 290: \[ x + y = 290 \] Sustituye la primera ecuación en la segunda ecuación para resolver \( y \): \[ (y + 40) + y = 290 \] \[ 2y + 40 = 290 \] \[ 2y = 250 \] \[ y = 125 \] Ahora, sustituya el valor de \( y \) nuevamente en la primera ecuación para encontrar \( x \): \[ x = 125 + 40 \] \[ x = 165 \] Entonces, la primera persona trabajará con 165 usuarios y la segunda persona trabajará con 125 usuarios. Generalizando la situación en una ecuación: Sea \( x \) el número de usuarios con los que trabaja la primera persona y \( y \) el número de usuarios con los que trabaja la segunda persona. Si el número total de usuarios con los que trabajan es \( T \), y la primera persona puede trabajar con \( d \) más usuarios que la segunda persona, entonces tenemos: \[ x = y + d \] \[ x + y = T \] Resolver estas dos ecuaciones simultáneamente dará los valores de \( x \) y \( y \).

Frequently asked questions (FAQs)
What is the period of the characteristic graph of the cotangent function f(x) = cot(x)?
+
What are the solutions to the cubic equation x^3 - 4x^2 + 7x - 2 = 0?
+
What is the condition for the sign of equality between two triangles?
+
New questions in Mathematics
A person who weighs 200 pounds on earth would weigh about 32 pounds on the moon. Find the weight of a person on earth who would weigh 15 pounds on the moon.
For a temperature range between -3 degrees Celsius to 5 degrees Celsius, what is the temperature range in degrees Farenheight
Determine the minimum degree that an algebraic equation can assume knowing that it admits 2 as a double root and -i as a triple root
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
89, ÷ 10
If a two-branch parallel current divider network, if the resistance of one branch is doubled while keeping all other factors constant, what happens to the current flow through that branch and the other branch? Select one: a. The current through the doubled resistance branch remains unchanged, and the current through the other branch decreases. b. The current through the doubled resistance branch decreases, and the current through the other branch remains unchanged. c. The current through the doubled resistance branch increases, and the current through the other branch remains unchanged. d. The current through both branches remain unchanged.
Use linear approximation to estimate the value of the sine of 31o.
The points (-5,-4) and (3,6) are the ends of the diameter of the circle calculate subequation
(2m+3)(4m+3)=0
Determine the Linear function whose graph passes through the points (6, -2) and has slope 3.
We have two distributions: A (M = 66.7, 95% CI = [60.3, 67.1]) / B (M = 71.3 95% CI = [67.7, 74.9]). Erin maintains that B is significantly larger than A. Provide your opinion on Erin’s argument and justify your opinion.
Find the area of a triangle ABC when m<C = 14 degrees, a = 5.7 miles, and b = 9.3 miles.
When taking a test with m closed answers, a student knows the correct answer with probability p, otherwise he chooses one of the possible answers at random. What is the probability that the student knows the correct answer given that he answered the question correctly.
A company dedicated to the manufacture of shirts sells the units at a price of $40, the cost of each shirt is $24, a commission is paid for the sale of a unit of shirt of $2 and its fixed costs are $3500 Determine the marginal contribution
The average weekly earnings in the leisure and hospitality industry group for a re‐ cent year was $273. A random sample of 40 workers showed weekly average ear‐ nings of $285 with the population standard deviation equal to 58. At the 0.05 level of significance can it be concluded that the mean differs from $273? Find a 95% con‐ fidence interval for the weekly earnings and show that it supports the results of the hypothesis test.
0<x<2π aralığındaki f(x)=x÷2 fonksiyonunun 0 < x < 4π için grafiğini çiziniz ve 0<x<2n için Fourier seri dönüşümünü gerçekleştiriniz.
Convert (324)𝑓𝑖𝑣𝑒 into base-ten
Sin(5pi/3)
A person travels by car from one city to another with different constant speeds between pairs of cities. She drives for 55.0 min at 100.0 km/h, 14.0 min at 65.0 km/h, and 45.0 min at 60.0 km/h and spends 20.0 min eating lunch and buying gas. (a) Determine the average speed for the trip.
A gas is leaking at 3.5ft3/min in a room of 2.9m by 6.9ft by 15.7m. How long would it take (in seconds) for 22% of the room to reach the LFL, if the gas has a LFL of 2.51%?