The answer for this is m
=
5.436564
v
2
?
Answer: I would say A.
Step-by-step explanation:
-7(x+3) <= 28 (Divide -7 by both sides)
x+3 <= -4 (subtract 3 by both sides)
x <= -7 (answer)
Answer:
152
Step-by-step explanation:
180 minus 28 is 152 degrees
Trabajando 10 horas por día, en 6 días se producen 3000 ruedas.
<h3>
¿Cuántos dias tardarán en fabricar 3000 ruedas si trabajan 10 horas diarias?</h3>
Sabemos que trabajando 8 horas, en 5 dias producen 2000 ruedas.
El número total de horas que trabajan en esos 5 dias es:
(8 horas)*5 = 40 horas
Entonces se producen 2000 ruedas en 40 horas, es decir, la razon de trabajo es:
(2000 ruedas)/(40 horas) = 50 ruedas por hora.
Ahora, sí en la fabrica trabajan 10 horas al día, entonces van a producir:
10h*(50 ruedas por hora) = 500 ruedas por día.
El número x de días que deben trabajar para producir 3000 ruedas es:
x*(500 ruedas por dia) = 3000 ruedas
x = (3000 ruedas)/(500 ruedas por dia) = 6 dias.
Trabajando 10 horas por día, en 6 días se producen 3000 ruedas.
Sí queres aprender más sobre razones de trabajo:
brainly.com/question/8728504
#SPJ1
Hello, Trenties
Thanks for using Brainly,
If you're aloud to, I would fully recommended to graph the points and figure out if they meet or not.
Here's how to find intersections.
To find the intersection of two straight lines:
First we need the equations of the two lines. If you do not have the equations, see Equation of a line - slope/intercept form and Equation of a line - point/slope form (If one of the lines is vertical, see the section below).
Then, since at the point of intersection, the two equations will have the same values of x and y, we set the two equations equal to each other. This gives an equation that we can solve for x
We substitute that x value in one of the line equations (it doesn't matter which) and solve it for y.
This gives us the x and y coordinates of the intersection.
<em>Sources, mathoprenref</em>
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Again, Trentis, if you're having any other issues or questions I'm available.
Have a mathy day,
Emacathy