Question

Given (3x+2)E [2;14] how much money (in soles) does Sophia have if numerically it is the greatest value of x?

241

likes

1204 views

Answer to a math question Given (3x+2)E [2;14] how much money (in soles) does Sophia have if numerically it is the greatest value of x?

$Expert avatar$

Esmeralda

4.7

102 Answers

The expression (3x+2)E [2;14] seems to indicate that the value of x lies in the interval [2, 14]. If we want to find the greatest value of the expression (3x+2), we should use the greatest value of x in the given interval. So, if x = 14 (the greatest value in the interval), then the expression becomes: (3*14) + 2 = 42 + 2 = 44 Therefore, if the expression represents the amount of money Sophia has in soles, then Sophia has 44 soles when x is at its greatest value in the given interval.

Frequently asked questions (FAQs)

What is the probability of flipping exactly 3 tails in 5 coin tosses?

What is the limit as x approaches 3 of the function f(x) = (x^2 - 9)/(x - 3)?

Math Question: What is the integral of ∫(2x^3 + 5x^2 + 3x + 1) dx using standard formulas of integrals?

New questions in Mathematics

2x-y=5 x-y=4

3(4×-1)-2(×+3)=7(×-1)+2

If f(x) = 3x 2, what is the value of x so that f(x) = 11?

what is the annual rate on $525 at 0.046% per day for 3 months?

9b^2-6b-5

2.3/-71.32

A construction company is working on two projects: house construction and building construction. Each house requires 4 weeks of work and produces a profit of $50,000. Each building requires 8 weeks of work and produces a profit of $100,000. The company has a total of 24 work weeks available. Furthermore, it is known that at least 2 houses and at least 1 building must be built to meet the demand. The company wants to maximize its profits and needs to determine how many houses and buildings it should build to meet demand and maximize profits, given time and demand constraints.